Общий каталог TooTool

TOOTOOL

TECHNOLOGY

INDUSTRIAL

CORP

.

LTD

Add

:

No

.

12

XiangZhouXiaoZhu

Villa

,

YangMuQi

Road

,

GaoXin

District

,

Ningbo

City

,

Zhejiang

315100

,

China

Tel

/

Fax

:

+

86

-

574

-

89075917

TOOTOOL

CUTTING

A

TTDDL

^

EC

Excelerating

Cutting

Tools

www

.

ttooltec

.

com

www

.

ttooltec

.

com

HI

Company

Profile

Threading

Code

System

HI

Company

Profile

NEW

PRODUCTS

GUIDANCE

Our

new

products

are

designed

to

deliver

higher

productivity

,

longer

tool

life

and

increased

application

versatility

METOMET

TOOLS

subordinate

to

belongs

to

Tootool

Technology

Industrial

Corp

Ltd

.

Is

set

up

by

several

vibrant

striplings

.

Company

specialize

in

the

production

&

trade

of

threading

tools

for

turning

and

milling

.

Our

product

lines

include

thread

turning

inserts

and

tool

holders

,

mill

thread

inserts

and

tool

holders

,

API

thread

inserts

for

oil

&

gas

and

tool

holders

,

and

mill

-

thread

solid

carbide

.

In

addition

to

threading

,

we

develop

and

produce

groove

tools

and

tiny

-

tools

line

of

small

boring

bars

for

threading

turning

,

grooving

small

parts

.

The

company

also

work

with

government

company

“

JXTC

”

,

be

responsible

for

the

foreign

extending

and

technical

service

of

turning

&

milling

carbide

inserts

,

carbide

rod

and

mining

products

.

At

the

same

time

,

we

also

cooperate

with

many

supporting

TTOOLTECGROOVE

TTOOLTECMILL

company

,

offer

high

quality

but

good

prices

cnc

tool

system

turning

&

milling

tool

holders

,

U

driils

etc

to

meet

-

Solid

Cermet

Endmills

-

Auto

Tools

customers

demands

.

METOMETTOOLS

is

located

in

a

strong

culture

atmosphere

—

CiCheng

,

Jiangbei

,

Ningbo

City

.

Now

we

Solid

Ceramic

End

Mills

offer

higher

High

quality

ground

insert

and

holders

have

7

professional

CNC

grinding

machines

,

more

than

10

productivity

and

tool

life

in

roughing

nickel

-

professional

personnel

.

All

kinds

of

precision

testing

equipment

is

complete

.

Like

a

sapling

growing

slowly

in

the

Easy

indexing

based

high

-

temperature

alloys

.

morning

sun

,

Sapling

Cutting

person

will

play

unremitting

a

*

Insert

rigidity

and

wear

resistance

is

superior

They

are

used

in

machining

centers

or

M

which

can

meet

the

precision

machining

tool

to

a

conventional

machines

.

large

extent

according

to

the

requirements

of

the

customer

’

s

demand

and

the

shape

of

the

product

Less

tool

changes

,

due

to

higher

tool

life

.

development

.

Benefit

from

throw

-

away

type

of

tooling

.

HI

Company

Profile

Threading

Code

System

HI

CONTENTS

PAGE

A

Turning

Threading

Milling

Threading

&

A

#

TTOOLTECTHREAD

-

New

Type

Turn

-

Thread

Solid

Threading

Endmills

TTOOLTECTHREAD

-

TTIG

30

for

general

use

World

standard

product

configuration

Improving

the

accuracy

of

thread

shape

and

chip

control

,

excellent

cutting

performance

,

especially

in

stainless

steel

processing

The

new

coating

increases

tool

life

Theading

for

Oil

&

Gas

001

002

TTOOLTECTHREAD

-

Mill

-

Thread

Hole

Taps

Tootool

Tec

Mill

-

Thread

line

of

Inserts

and

Tool

Holders

is

full

range

of

high

quality

inserts

and

tool

holders

answering

to

all

the

common

thread

standards

.

Tootool

Tec

system

design

is

interchangeable

with

other

thread

milling

tools

manufacturers

,

thus

an

advantage

for

the

customers

.

Tootool

Tec

offers

different

inserts

sizes

from

12

mm

up

to

40

mm

length

to

cover

applications

from

small

to

big

diameters

.

Grooving

G

Auto

Tooling

TTOOLTECTHREAD

-

Solid

Carbide

Mill

-

Thread

Solid

Carbide

Tiny

Tools

Thread

is

generated

in

one

pass

.

Spiral

flutes

allow

smooth

cutting

action

.

Shorter

machining

time

due

to

multi

,

3

to

5

,

flutes

.

3.0

mm

and

up

cutting

diameter

.

Threads

up

to

shoulder

in

blind

holes

.

Longer

tool

life

due

to

special

multi

-

layer

coating

.

Same

tool

can

be

used

for

a

variety

of

materials

.

Excellent

surface

finish

.

Low

cutting

pressure

allows

thin

wall

machining

.

Same

tool

used

for

R

.

H

.

and

L

.

H

.

threads

.

I

Solid

Endmills

SAFETY

GUIDE

OF

CARBIDE

PRODUCTS

H

4

)

Check

for

cracks

after

re

-

grinding

carbide

tool

and

reuse

.

5

)

Marking

with

laser

or

electric

pen

may

cause

cracks

on

the

carbide

tool

.

The

crack

can

shortened

tool

life

.

6

)

EDM

of

carbide

may

cause

residual

cracks

on

the

carbide

tool

,

so

if

necessary

,

remove

the

crack

with

a

grinding

process

.

7

)

Brazing

of

carbide

tools

at

extremly

high

or

low

temperatures

compare

with

the

melting

point

of

brazing

materials

may

cause

loosening

or

breakage

.

8

)

Overheating

a

oil

base

coolant

may

cause

a

fire

or

flames

,

thus

be

prepared

for

fire

prevention

.

TOOTOOL

TECHNOLOGY

is

continuously

trying

to

develop

safer

and

higher

quality

products

Please

be

aware

of

the

safety

guidelines

below

prior

to

using

METOMET

tools

.

•

It

is

generally

accepted

that

the

proper

handling

of

cemented

carbide

tools

requires

awareness

of

safety

as

noted

above

.

For

more

information

.

Please

contact

us

.

•

TOOTOOL

TECHNOLOGY

does

not

accept

any

responsibility

for

any

accident

caused

by

inappropriate

use

,

about

of

tools

,

or

changes

to

the

products

.

1

.

PL

(

Product

Liability

)

5

.

METALCUTTING

SAFETY

In

accordance

with

the

PL

(

Product

Liablility

)

law

,

we

have

attached

a

WARNING

label

on

the

case

of

METOMET

products

.

There

isno

warning

on

the

surface

of

the

tools

.

Please

read

this

safety

guidelines

before

using

carbide

tools

and

provide

safety

education

to

all

users

.

DANGEROUS

FACTOR

SAFETY

COUNTERPLAN

•

Sharp

cutting

edge

of

cutting

tools

may

cut

your

bare

-

hand

•

Use

gloves

when

pulling

out

the

insert

from

the

case

or

mounting

it

on

the

machine

2

.

Basic

characteristics

of

CEMENTED

CARBIDE

tools

•

Use

glasses

or

safety

cover

for

safety

Cemented

carbide

tools

are

made

of

carbides

,

nitrides

,

carbon

it

rides

,

oxides

of

W

,

Ti

,

Al

,

Si

,

Ta

,

B

etc

and

metal

component

like

CO

,

Ni

,

Cr

,

Mo

as

binder

.

Cemented

carbides

tools

have

high

hardness

and

sepcific

gravity

.

Generally

there

'

s

no

smell

but

according

to

usage

and

treatment

,

appreance

and

color

could

be

changed

.

•

Inappropriate

conditions

or

usage

may

cuase

fragmentation

and

expel

parts

of

tools

which

may

cause

injury

•

Use

the

tools

within

the

recommended

range

•

Please

refer

to

catalogue

and

safety

guidelines

first

.

•

Use

glasses

or

safety

cover

for

your

safety

•

Severe

load

on

tool

and

premature

wear

of

cutting

edge

may

bring

excessive

cutting

force

on

tools

,

causing

fracutre

of

the

tool

and

may

cause

injury

•

Change

the

tool

as

required

before

excessive

wear

or

fracutre

•

Use

glasses

or

safety

cover

for

your

safety

3

.

Precaution

for

CEMENTED

CARBIDE

tools

•

Chips

evacuated

during

cutting

are

hot

and

sharp

and

may

cause

burns

and

cuts

•

Stop

machining

and

put

safety

glove

on

and

use

a

hook

tool

to

remove

chips

1

)

Cemented

carbides

are

extremely

hard

and

brittle

at

the

same

time

.

Impact

shock

or

excessive

clamping

power

could

cause

fracture

orbreaking

of

the

tool

.

2

)

Cemented

carbides

have

large

specific

gravity

,

thus

they

require

special

attention

as

a

heavy

material

when

you

handle

big

size

or

large

quantities

.

3

)

Cemented

carbides

have

different

thermal

expansion

coefficient

with

steel

and

ferrous

materials

.

Shrink

fit

or

swell

fit

products

may

cause

trouble

if

they

are

used

at

undesirable

conditions

like

extremly

high

or

low

temperatures

.

4

)

There

are

several

cemented

carbide

products

having

sharp

cutting

edges

.

Be

careful

not

to

handle

the

tools

with

bare

hands

which

may

cause

cuts

or

injury

,

especially

when

removing

the

tools

from

the

case

,

do

not

touch

the

cutting

edge

and

be

careful

not

to

drop

it

.

5

)

Storing

carbide

tools

in

a

corrosive

atmosphere

may

cause

erosion

which

can

reduce

toughness

.

6

)

Please

refer

to

the

catalogue

safety

guidance

prior

to

handling

the

tools

.

7

)

Do

not

absue

tools

under

inappropriate

conditions

.

•

Touching

the

workpiece

immediately

after

cutting

may

cause

burns

•

Use

gloves

or

safety

cover

for

your

safety

•

Do

not

use

at

the

place

where

having

explosive

materials

•

Be

aware

of

sparks

,

fire

,

or

explosion

of

hot

chips

generated

during

the

cutting

operation

.

o

•

Prepare

for

fire

extinguishments

c

003

004

•

Use

glasses

or

safety

cover

for

your

safety

D

•

In

case

of

high

RPM

machining

,

vibration

and

chattering

may

occur

due

to

the

improper

balance

of

the

machine

CQ

•

Check

first

if

there

'

s

any

chattering

,

vibration

or

strange

noises

prior

to

your

main

cutting

operation

O

•

Do

not

touch

the

burr

with

bare

-

hand

C

/

)

•

Touching

a

burr

remaining

on

the

workpiece

with

a

bare

-

hand

may

cause

a

cut

•

Use

glaoves

or

safety

cover

for

your

safety

•

Loose

clamping

of

the

workpiece

may

cause

the

tool

to

fracture

and

result

in

damage

to

the

cutter

body

and

possible

injury

•

Clamp

the

workpiece

tightly

•

Do

not

use

left

-

hand

direction

without

notice

•

Tools

are

operated

to

right

-

hand

direction

normally

.

Left

-

hand

direction

operation

can

cause

fracture

of

tool

and

body

damage

•

Check

the

package

of

product

to

check

the

availability

of

left

-

hand

operation

•

Loose

clamping

of

inserts

and

parts

may

result

in

ejection

of

the

tool

during

cutting

and

may

cuase

serious

injury

•

Check

the

clamping

of

inserts

and

parts

prior

to

machining

,

and

use

original

parts

only

•

Over

loaded

clamping

of

inserts

by

a

lever

(

such

as

a

pipe

)

may

cause

dangerous

fracturing

of

parts

and

inserts

•

Do

not

use

lever

inappropriately

•

Use

within

recommended

condition

•

In

case

of

high

speed

machining

,

parts

and

inserts

can

be

forced

out

by

centrifugal

force

•

Use

glasses

or

safety

cover

for

your

safety

•

Since

cutter

has

sharp

cutting

edges

touching

with

a

bare

-

hand

may

cuase

a

cut

•

Use

gloves

or

safety

cover

for

your

safety

4

.

Precaution

for

machining

(

grinding

,

welding

,

EDM

)

of

CEMENTED

CARBIDE

tools

7

J

•

It

is

dangerous

to

use

glove

with

rotating

machine

•

Do

not

wear

gloves

when

you

work

with

rotating

machine

O

•

Contact

with

body

or

clothes

is

dangerous

with

rotating

parts

•

Keep

your

body

and

clothes

away

from

rotating

machine

Q

)

•

RPM

should

be

controled

within

recommended

condition

1

)

Surface

condition

can

affect

the

toughness

of

the

tool

,

so

it

is

recommended

to

use

a

diamond

grinding

wheel

.

2

)

Grinding

of

cemented

carbide

creates

mist

and

dust

.

It

contains

harmful

compositions

like

Co

,

thus

it

is

recommended

to

use

a

mask

,

mist

collection

,

and

other

protective

facilities

.

If

the

dust

gets

in

your

skin

or

eye

,

rinse

immeditely

with

continously

running

water

.

3

)

In

case

of

grinding

with

coolant

,

coolant

contains

harmful

metal

components

which

cuase

environmental

problems

.

Handle

the

coolant

according

to

the

manufacturer

'

s

recommendations

.

•

Vibration

generated

by

balancing

trouble

may

cuase

a

fracture

and

ejection

of

the

tool

which

may

cuase

serious

injury

CQ

•

Check

the

balance

of

rotating

part

periodically

O

•

In

case

of

drilling

,

the

uncut

bottom

core

can

fly

out

of

the

part

with

high

speed

and

cause

serious

injury

cn

•

Use

gloves

or

safety

cover

for

your

safety

•

The

deges

of

small

diameter

drill

are

sharp

and

easy

to

break

•

Use

gloves

or

safety

cover

for

your

safety

•

Check

the

brazed

tip

before

using

O

3

O

ft

•

Fragmentation

and

ejection

of

brazed

carbide

tip

may

cause

injury

(

/

)

CD

•

Do

not

use

at

high

temperature

cutting

condition

Q

.

•

There

'

s

a

possibility

of

breaking

the

carbide

tip

after

several

brazing

•

Do

not

use

brazing

a

tip

that

has

been

brazed

several

times

m

o

•

Abusing

may

cause

fragmentation

of

tool

and

is

very

dangerous

•

Stick

to

safety

regulations

and

guidelines

TURNING

THREADING

£

-

L

-

4

+

.

6

f

(

v

r

\

t

TURNING

THREAD

NG

CONTENTS

Threading

Insert

with

Chip

Breaker

Threading

Code

System

Technical

Inforamtion

for

Threading

006

Thread

Inserts

Thread

Toolholders

Technical

Inforamtion

for

XN

Type

Threading

XN

Type

Threading

Code

System

XN

Type

Theading

Inserts

HI

Regular

Type

Regular

Type

HI

Main

Inserts

Type

M

-

Type

Inserts

©

Futrue

JB

5

?

^

£

}

*

Excellent

Chip

Control

Aunique

chipbreakergives

excellent

performance

M

-

Type

U

-

Type

Reglar

Type

Economical

insert

Laydown

Triangle

Threading

Good

toughness

and

high

accuaracy

as

ground

type

inserts

Unique

insert

design

improve

chip

control

Newgradeenables

trouble

-

free

threading

on

a

variety

of

workpiece

materials

,

especially

stainless

steel

.

Laydown

triangle

threading

is

the

system

of

choice

for

fine

-

pitch

threads

,

high

-

helix

/

multistart

threads

,

and

single

-

point

threading

in

small

-

diameter

bo

res

.

With

a

wide

selection

of

Reglar

Type

,

U

-

Type

and

M

-

Type

chip

control

inserts

,

you

will

receive

superior

chip

management

for

excellent

surface

finishes

and

minimal

operator

intervention

.

The

low

-

profile

design

enables

unrestricted

chip

flow

—

ideal

for

I

.

D

.

threads

,

and

variable

shim

angles

enable

proper

cutting

geometry

for

high

-

helix

angle

and

reverse

helix

angle

threading

,

maximising

tool

life

and

improving

thread

quality

.

Threading

inserts

with

chip

breaker

007

008

Type

Ground

insert

Ground

insert

Pressing

&

Ground

insert

Designation

ER

-

1.50

ISO

IR

-

1.50

ISO

ERU

-

1.50

ISO

IRU

-

1.50

ISO

ERM

-

1.50

ISO

IRM

-

1.50

ISO

Features

and

Benefits

Machining

External

Internal

External

Internal

External

Internal

Precision

-

Ground

Thread

Form

on

TTIM

45

Premium

PVD

TiAIN

-

Coated

Insert

Shape

Grades

Reglar

,

U

-

Type

and

M

-

Type

•

Increase

tool

life

at

existing

machining

conditions

.

•

Increase

productivity

by

outperforming

conventional

PVD

grades

with

up

to

a

30

%

advantage

in

cutting

speeds

.

New

M

-

Type

Inserts

•

Precision

moulded

thread

form

provides

outstanding

utility

and

value

.

•

Excellent

chip

control

combined

with

the

new

TTIG

30

grade

enables

trouble

-

free

threading

on

a

variety

of

workpiece

materials

,

especially

stainless

steel

.

7

V

.

•

Minimises

built

-

up

edge

.

Chip

Shape

•

Precisely

cuts

most

common

materials

.

(

•

Reduces

cutting

forces

.

Class

P

,

M

,

K

,

N

,

S

P

,

M

,

K

P

,

M

,

K

Application

G

-

Class

G

-

Class

M

-

Class

•

Ensures

accurate

,

high

-

quality

threads

.

•

Groove

-

shape

chip

breaker

with

superior

chip

evacuation

lowers

cutting

load

.

Superior

Chip

Control

•

Groove

-

shape

chip

breakerwith

•

Unique

chip

breaker

design

superior

chip

evacuation

lowers

cutting

load

.

improve

machinability

with

good

chip

control

•

Enables

high

precision

machining

•

Eliminates

long

,

troublesome

coils

.

Feature

•

Excellent

for

internal

threading

operations

.

•

Applicable

for

machining

of

various

shapes

of

threads

•

Excellent

cutting

edge

treatment

thechnology

ensure

high

precision

sharp

cutting

edge

,

high

precision

sharp

cutting

edge

.

•

Excellent

cutting

edge

treatment

thechnology

ensure

•

Available

in

both

partial

and

full

profile

inserts

•

Applicable

for

machining

of

various

workpieces

for

all

common

thread

forms

.

HI

Regular

Type

Regular

Type

HI

Common

Thread

Forms

4

7

Common

Thread

Forms

Special

features

Clamping

Method

Holder

Type

Hand

of

holder

of

Insert

Height

of

shank

Width

of

shank

Length

of

Holder

Insert

Size

Whitworth

(

BSW

)

ISO

M

(

Metric

)

and

UN

(

Unified

National

)

UNJ

(

controlled

root

radius

)

Width

of

shank

Bar

Diameter

Clmaping

System

Insert

Size

(

mm

)

no

p

0

,

1601

P

0

,

1082

P

0

,

1082

P

0

,

125

P

i

f

0

,

125

P

i

0

,

1373

P

\

08

d

=

4.76

d

=

6.35

d

=

9.525

d

=

12.7

d

=

15.875

S

:

Screw

on

system

C

:

Clamp

on

system

\

Tv

11

I

t

\

O

L

16

0

,

0722

P

V

0

,

9605

P

I

j

0

,

5774

F

0

,

6403

P

I

0

,

6134

P

0

,

8660

P

22

0

,

8660

P

For

External

I

i

55

°

60

°

Holder

Type

e

27

d

E

3

v

T

screv

/

T

0

,

2706

P

0

,

0902

P

0

,

25

P

0

,

1373

P

Special

features

0

,

1804

P

0

,

1601

P

0

,

1804

P

0

,

1443

P

0

,

1443

P

E

:

For

External

N

:

For

Internal

Use

:

Fittings

and

pipe

couplings

for

gas

,

water

,

and

sewer

lines

(

replaced

by

ISO

)

.

For

Internal

B

-

Colant

Hole

Use

:

All

branches

of

mechanical

industry

.

Use

:

Aircraft

and

space

industry

.

Hand

of

holder

e

C

-

Carbide

Shank

CB

-

Carbide

Shank

with

Coolant

Hole

BSPT

(

British

Standard

Pipe

Thread

)

American

Buttress

NPT

(

American

National

Pipe

Thread

)

None

Code

Length

of

Holder

R

:

Right

handed

L

:

Left

handed

A

-

Api

(

oil

)

Standard

p

U

-

U

Style

Insert

p

1

/

2

D

play

0

,

1600

P

0

,

0328

P

0

,

038

P

\

V

-

Vartical

Type

Insert

0

,

0627

P

Height

of

shank

0

,

1632

P

\

o

I

\

T

G

-

Gang

Tool

1

A

-

32

H

-

100

Q

-

180

n

T

\

ED

s

VS

-

Slim

Throat

0

,

8657

P

B

-

40

J

-

110

R

-

200

0

,

9602

P

0

,

3

P

k

0

,

6403

P

n

0

,

8906

P

0

,

8

P

r

C

-

50

K

-

125

S

-

250

I

X

-

Special

t

55

°

60

°

D

-

60

L

-

140

T

-

300

X

Item

0

,

3

P

E

-

70

M

-

150

U

-

350

*

/

T

O

7

°

T

0

,

1373

P

H

45

°

/

0

,

0826

P

/

'

-

"

fc

-

/

F

-

80

N

-

160

V

-

400

7

\

taper

1

:

16

taper

1

:

16

1

/

2

D

2

play

axis

of

screw

99

^

axis

of

screw

9

^

’

/

*

'

0

,

1600

P

0

,

1632

P

m

0

,

0328

P

Standard

Style

Insert

U

-

Style

Insert

and

Toolholder

Pocket

Toolholder

Pocket

1

/

2

D

,

play

G

-

90

P

-

170

W

-

450

009

010

Use

:

Pipe

thread

for

steam

,

gas

,

and

water

lines

.

Use

:

Fittings

and

pipe

couplings

.

Use

:

Fittings

and

pipe

couplings

.

Acme

,

truncated

(

Stub

)

TR

DIN

103

Acme

p

nut

p

7

p

/

*

1

/

2

D

play

/

A

4

Vi

/

2

C

2

B

1

/

2

D

play

rrn

0

,

7167

P

1

play

Insert

Size

Insert

Style

Insert

Type

Hand

of

Insert

Chip

Breaker

Pitch

Standard

API

Size

Multi

-

Tooth

Style

Carbide

Grade

0

,

6830

p

/

B

0

,

8167

P

A

T

1

,

8660

P

A

0

,

5

P

0

,

5

P

Standard

Insert

Size

(

mm

)

e

Chip

Breaker

i

T

i

0

,

3

P

I

1

,

9334

P

ES

29

°

30

°

1

,

9334

P

29

°

0

,

6830

P

0

,

7167

P

1

/

2

B

p

\

ai

L

v

0

,

8167

P

08

:

d

=

4.76

11

:

d

=

6.35

16

:

d

=

9.525

22

:

d

=

12.7

27

:

d

=

15.875

1

/

2

play

60

°

-

Partial

Profile

60

°

55

°

-

Partial

Profile

55

°

STACME

-

StubACME

UN

-

American

UN

W

-

Whitworth

for

BSW

,

BSP

BSPT

-

Britsh

Standard

Pipe

Thread

VAM

-

VAM

H

90

-

H

90

ISO

-

ISO

Metric

UNJ

-

UNJ

MJ

-

ISO

5855

TR

-

Tarpez

DIN

103

ACME

-

ACME

NPT

-

NPT

NPTF

-

NPTF

NPS

-

NPS

PG

-

Pg

DIN

40430

API

-

API

I

None

Code

:

ReglarType

M

:

M

type

Chip

Breaker

U

:

U

type

Chip

Breaker

P

3

-

5

6

-

12

A

0

,

25

0

,

5

>

12

mm

1

,

0

mm

1

/

2

D

pla

screw

L

A

=

0

,

0307

P

B

=

0

,

3707

P

—

x

D

play

C

=

0

,

3707

P

—

(

D

1

play

—

D

2

play

)

Use

:

Acme

-

General

is

used

in

mechanical

industry

for

motion

transmission

screws

.

A

=

0

,

4224

P

B

=

0

,

4224

P

—

x

D

play

C

=

0

,

4224

P

—

(

D

1

play

—

D

2

play

)

Use

:

Mechanical

industry

for

motion

transmission

screws

.

ABUT

-

American

Butterss

BBUT

-

British

Buttress

SAGE

-

Metric

Buttress

DIN

513

RD

-

Round

DIN

405

RD

20400

-

Round

DIN

20400

BUT

-

API

Buttress

Casing

APIRD

-

API

Round

Casing

&

Tubing

EL

-

Extreme

Line

Casing

Insert

Style

e

Use

:

Where

normal

Acme

is

too

deep

.

s

(

E

3

API

Rotary

Shoulder

Connection

API

Casing

and

Tubing

Round

Thread

Form

API

Buttress

u

Full

profile

Partial

profile

M

lP

[

mm

i

B

(

NR

)

B

(

ER

)

P

0.35

-

6.0

7 2

-

3

A

0.5

-

1.5

4 8

-

1 6

P

S m

box

A

Scs

f

API

Size

&

Taper

o

t

4 8

-

8

AGO

.

5

-

3.0

\

H

s m

s

L s

f

Insert

Type

14

-

8

G

1.75

-

3.0

©

03

G

13

‘

p

/

2

—

*

hS

pitch

line

h

"

30

°

rnr

7

-

5

N

3.5

-

5.0

r

H

hn

£

«

4

/

Kh

*

-

^

cs

I

380.5

APIV

-

0

..

38

R

382

APIV

-

0.038

R

1

:

6

503

APIV

-

0.050

1

:

4

383

APIV

-

0.038

R

1

:

4

551

APIV

-

0.055

1

:

8

403

APIV

-

0.040

1

:

4

502

APIV

-

0.050

1

:

6

60

°

«

4.5

-

4

Q

5.5

-

6.0

1

I

l

tsrs

r

/

rs

!

0

°

30

°

Is

t

E

:

External

thread

I

:

Internal

thread

scn

Ln

60

°

j

2

No

.

of

Teeth

4

S

-

parallel

to

taper

3

°

10

°

90

°

axis

of

thread

Q

71

Carbide

Grade

Srs

0

Hand

of

Insert

taper

=

3

/

4

"

per

foot

(

62

,

5

mm

per

metre

)

on

diameter

O

lidlacn

(

3

For

Multi

-

Tooth

Style

2

3

5

6

8

NOTE

:

Taper

shown

exaggerated

.

NOTE

:

Taper

shown

exaggerated

.

TTIP

30

TTIM

45

TTIG

30

TTIN

30

R

:

RighthandedL

:

Left

handed

Major Diameter

The largest diameter of a screw thread

Pitch Diameter

On a straight thread, the diameter of an

imaginary cylinder, the surface of which cuts the

thread forms where the width of the thread and

groove are equal

Minor Diameter

The smallest diameter of a screw thread

For a straight thread, where the lead of the thread

and the pitch diameter circle circumference form

a right angled triangle, the helix angle is the angle

opposite of the lead

A thread formed on a cylinder

A thread formed on a cone

Technical

information

for

Threading

Technical

information

for

Threading

Special

Features

Thread

Turning

Method

>

External

Thread

External

Thread

Drawing

No

.

Thread

Inserts

&

Tool

holder

Rotation

Feed

Direction

Helix

Method

A

thread

on

the

external

surface

of

a

cylinder

screw

or

cone

Counter

clockwise

EX

RH

Towards

chuck

Regular

Right

Hand

External

H

EX

LH

Clockwise

From

chuck

Reversed

H

Counter

clockwise

IN

RH

Towards

chuck

Regular

Major

0

Pitch

0

Minor

©

<

-

Right

Hand

Internal

Q

<

IN

LH

Clockwise

From

chuck

Reversed

<

Counter

clockwise

EX

LH

Towards

chuck

Regular

Depth

of

Thread

-

>

Left

Hand

External

m

EX

RH

Clockwise

From

chuck

Reversed

The

distance

between

the

crest

and

root

measured

from

normal

to

the

axis

Counter

clockwise

IN

LH

Towards

chuck

Regular

PitchJ

7

Thread

>

Angle

i

Helix

.

f

Angle

Left

Hand

Internal

IN

RH

Clockwise

From

chuck

Reversed

Pitch

Root

Helix

Angle

!

Crest

The

distance

between

the

corresponding

points

on

adjacent

thread

forms

measured

parallel

to

the

axis

.

This

distance

can

be

defined

in

millimeters

or

by

the

tpi

(

threads

per

inch

)

,

which

is

the

reciprocal

of

the

pitch

External

LH

Thread

External

RH

Thread

-

Straight

Thread

Nominal

Diameter

The

diameter

of

which

the

diameter

limits

are

derived

by

the

application

of

deviation

allowances

and

tolerances

Internal

Thread

A

thread

on

the

internal

surface

of

a

cylinder

or

cone

Taper

Thread

Right

handed

thread

The

Helix

Angle

(

j

)

Left

handed

thread

Internal

LH

Thread

Internal

RH

Thread

Lead

(

L

)

Helix

angle

(

i

)

|

X

Pitch

diamiter

(

D

)

A

thread

which

,

when

viewed

axially

,

winds

in

a

counter

clockwise

and

receding

direction

.

All

left

handed

threads

are

designated

LH

A

thread

which

,

when

viewed

axially

,

winds

in

a

clockwise

and

receding

direction

Threads

are

always

right

handed

unless

they

are

specified

For

a

straight

thread

,

where

the

lead

of

the

thread

and

the

pitch

diameter

circle

circumference

form

a

right

angled

triangle

,

the

helix

angle

is

the

angle

opposite

of

the

lead

Calculating

the

Helix

Angle

(

J

3

)

A

thread

in

which

the

lead

is

an

integral

multiple

,

greater

than

one

,

of

the

pitch

.

A

multi

start

thread

permits

a

more

rapid

advance

without

a

coarser

(

larger

)

thread

form

Machining

a

Multi

-

start

Thread

Helix

Angle

Diagram

Pitch

P

*

Pitch

P

*

Third

Start

Machined

(

Final

,

3

Starts

Thread

)

First

Start

Machined

Second

Start

Machined

[

tpi

]

0

5

j

4

s

3

]

j

=

2

H

=

m

P

Feed

towards

the

chuck

7

/

2.25

/

Special

_

y

Toolholders

7

2.5

/

Standard

/

?

helix

angle

/

D

3

/

3.5

7

/

4

/

7

\

4.5

oL

H

1

Shim

i

angle

1

1.5

i

7

Pitch

5

7

/

Pitch

Lead

Standard

toolholder

pocket

angle

6

7

9

7

1

Insert

Profile

Style

24

•

The

helix

angle

is

calculated

by

the

following

formula

:

Pitch

diameter

[

mm

]

150

—

i

=

0

E

50

100

200

Feed

towards

the

tailstock

24

Partial

Profile

Full

Profile

Full

Profile

for

Fine

Pitches

Semi

Full

\

11

PXN

9

-

1

P

=

tan

\

7

Reversed

helix

angle

JIX

D

6

/

\

5

\

4.5

E

-

1

\

CO

4

\

H

1

1.5

°

\

3.5

3

-

Helix

angle

(

)

°

P

-

Pitch

(

mm

)

N

-

No

.

of

starts

D

-

Pitch

diameter

(

mm

)

Lead

=

P

x

N

Shim

angle

Standard

toolholder

pocker

angle

\

3

\

The

V

partial

profile

insert

cuts

without

The

full

profile

insert

will

form

a

topping

the

outer

diameter

of

the

thread

.

The

same

insert

can

be

used

for

a

range

of

different

thread

pitches

standard

,

a

separate

insert

is

which

have

a

common

thread

angle

required

The

full

profile

for

Fine

Pitches

will

complete

thread

profile

including

the

form

a

complete

thread

crest

.

For

every

thread

pitch

and

The

Semi

profile

insert

will

form

a

complete

thread

including

crest

The

topping

of

the

outer

diameter

is

radius

but

without

topping

the

outer

diameter

Mainly

used

for

trapezoidal

profiles

Special

Toolholders

2.5

The

dimension

H

1

(

cutting

edge

height

)

remains

^

constant

with

every

insert

/

shim

combination

=

-

2

H

generated

by

second

tooth

=

-

m

•

The

helix

angle

can

also

be

found

from

the

diagram

below

*

For

Multi

-

start

threads

,

use

the

lead

value

instead

of

the

pitch

TTOOLTEC

Technical

information

for

Threading

Technical

information

for

Threading

Infeed

Angle

Selection

And

Chip

Formation

Typical

Chip

Formation

Standard

and

slanted

Anvils

Infeed

Angle

0

°

Benefit

:

Cutting

edge

is

protected

from

chipping

by

both

sides

in

cut

.

Y

Negative

Helix

Problem

:

Both

sides

of

insert

are

heated

by

the

wokpiece

.

Produces

"

Vee

"

chips

which

can

be

very

difficult

to

handle

.

Insert

toolholder

and

boring

bar

pockets

have

a

built

-

in

1.5

helix

compensation

angle

.

This

angle

may

be

adjusted

to

match

the

helix

angle

of

the

thread

being

produced

by

replacing

the

anvil

.

Toolholder

Infeed

Angle

30

°

Benefit

:

Chip

is

curled

away

from

thread

form

.

Positive

Helix

Angles

Negative

Helix

Angles

Applicable

when

turning

RH

thread

with

RH

holder

or

LH

thread

with

LH

holder

.

Applicable

when

turning

RH

thread

with

LH

holder

or

LH

thread

with

RH

holder

.

Problem

:

Trailing

edge

may

drag

rather

than

cut

,

which

may

cause

chipping

.

Anvils

Infeed

Angle

29

°

Benefit

:

Cutting

edge

is

protected

from

chipping

by

both

sides

in

cut

.

Chip

is

curled

away

from

thread

from

.

Part

of

the

heat

gene

-

ratedis

dissipated

to

the

trailing

edge

.

Final

pass

infeed

angle

should

be

0

°

Resultant

Helix

Angle

4.5

°

3.5

0

2.5

0

1.5

°

0.5

0

-

0.5

0

-

1.5

0

013

014

Holder

Insert

Size

Ordering

Code

d

Lmm

STM

16

R

STM

16

R

-

3

P

STM

16

R

-

2

P

STM

16

R

-

1

P

STM

16

R

-

1

N

STM

16

R

-

1.5

N

STM

16

R

-

2

N

STM

16

R

-

3

N

ER

/

NL

16

9.525

STM

16

L

-

3

P

STM

16

L

-

2

P

STM

16

L

-

1

P

STM

16

L

STM

16

L

-

1

N

STM

16

L

-

1.5

N

STM

16

L

-

2

N

STM

16

L

-

3

N

EL

/

NR

STM

22

R

-

3

P

STM

22

R

-

2

P

STM

22

R

-

1

P

STM

22

R

STM

22

R

-

1

N

STM

22

R

-

1.5

N

STM

22

R

-

2

N

STM

22

R

-

3

N

ER

/

NL

22

12.7

STM

22

L

-

3

P

STM

22

L

-

2

P

STM

22

L

-

1

P

STM

22

L

STM

22

L

-

1

N

STM

22

L

-

1.5

N

STM

22

L

-

2

N

STM

22

L

-

3

N

EL

/

NR

STM

22

UR

-

3

P

STM

22

UR

-

2

P

STM

22

UR

-

1

P

STM

22

UR

STM

22

UR

-

1

N

STM

22

UR

-

1.5

N

STM

22

UR

-

2

N

STM

22

UR

-

3

N

ER

/

NL

12.7

22

STM

22

UL

-

3

P

STM

22

UL

-

2

P

STM

22

UL

-

1

P

STM

22

UL

STM

22

UL

-

1

N

STM

22

UL

-

1.5

N

STM

22

UL

-

2

N

STM

22

UL

-

3

N

EL

/

NR

Alternating

Flank

Infeed

STM

27

R

-

3

P

STM

27

R

-

2

P

STM

27

R

-

1

P

STM

27

R

STM

27

R

-

1

N

STM

27

R

-

1.5

N

STM

27

R

-

2

N

STM

27

R

-

3

N

ER

/

NL

15.875

27

For

very

large

thread

forms

STM

27

L

-

3

P

STM

27

L

-

2

P

STM

27

L

-

1

P

STM

27

L

-

1

N

STM

27

L

-

1.5

N

STM

27

L

-

2

N

STM

27

L

-

3

N

STM

27

L

EL

/

NR

STM

27

UR

-

3

P

STM

27

UR

-

2

P

STM

27

UR

-

1

P

STM

27

UR

-

1

N

STM

27

UR

-

1.5

N

STM

27

UR

-

2

N

STM

27

UR

-

3

N

STM

27

UR

ER

/

NL

Benefit

:

Increased

tool

life

because

both

edges

are

used

effectively

.

Final

pass

should

be

0

°

15.875

27

STM

27

UL

-

3

P

STM

27

UL

-

2

P

STM

27

UL

-

1

P

STM

27

UL

-

1

N

STM

27

UL

-

1.5

N

STM

27

UL

-

2

N

STM

27

UL

-

3

N

STM

27

UL

EL

/

NR

9.525

12.7

15.875

d

The

coolant

should

provided

LO

E

Insert

Size

_

c

cn

CD

L

/

16

22

27

L

v

~

o

CD

C

03

£

03

T

3

ER

/

NL

EL

/

NR

ER

/

NL

EL

/

NR

ER

/

NL

EL

/

NR

Holder

?

=

c

X

03

iiiiii

!!

!

!!

:

::

:

Cl

)

CO

i

1

X

Ordering

Code

STM

16

R

STM

16

L

STM

22

L

STM

22

R

STM

27

L

STM

27

R

=

.

:

A

f

\

l

\

^

Standard

anvil

has

lead

angle

1.5

°

Homogeneity

and

stability

Fast

heat

removal

Non

-

corrosiveness

Good

surface

coverage

Good

lubricant

qualities

Technical

information

for

Threading

Technical

information

for

Threading

GRADE

&

THEIR

APPLICATIONS

Grade

Use

Anvil

Change

Recommendation

TTIP

30

TTIM

45

TTIG

30

TTIN

30

Pitch

TPI

mm

A

Some

Pitch

to

Diameter

combinations

require

an

Anvil

change

.

If

an

Anvil

change

is

required

,

use

STM

-

R

Anvils

for

EX

-

RH

toolholders

and

for

IN

-

LH

boring

bars

.

Use

STM

-

L

Anvils

for

IN

-

RH

toolholders

and

for

EX

-

LH

boring

bars

.

2.5

10

5

I

i

Special

Holder

Required

ACME

STUB

ACME

TRAPEZ

(

DIN

103

)

ROUND

(

DIN

405

)

v

/

9

v

TiN

coated

,

yellow

color

,

the

universal

grade

for

general

steel

,

recommended

for

rigid

cutting

conditional

.

TiALN

coated

,

black

color

;

Multi

-

Layer

PVD

coated

for

stainless

steel

&

steel

medium

machining

The

grade

designation

is

according

to

pressing

thread

inserts

with

new

chip

-

breaker

,

compatible

with

all

series

of

stainless

steel

&

steel

<

HRC

50

medium

machining

Ceramic

grade

,

good

toughness

,

the

collapse

edge

resistance

and

wear

resistance

.

It

is

good

for

ordinary

steel

finish

to

rough

machining

<

*

7

AC

3

Co

8

AC

V

,

oV

//

^

o

-

£

rC

3.5

7

/

CO

/

KZZ

'

T

'

/

RECOMMENDED

SELECT

FORTHREADING

4

6

Co

^

/

p

Standard

Anvil

(

Supplied

With

Holder

)

5

Workpieces

Stailess

steel

,

Heat

tesistant

Carbon

steel

,

alloy

steel

cast

steel

6

4

steel

,

Titanium

alloy

steel

3.5

8

3

iso

01

10

20

30

40

01

10

20

30

40

10

2.5

Change

to

anvil

STM

-

R

1

Nor

STM

-

L

1

N

12

2

misftm

>

77

16

1.5

PVD

Coating

mm

:

20

30

40

50

60

70

80

90

100

1

10

120

130

140

Inch

:

0.25

0.50

0.75

1

1.25

1.50

2

Pitch

5

10

9

Diameter

2.50

A

Most

applications

use

the

standard

Anvil

supplied

with

the

toolholder

or

boring

bar

.

If

an

Anvil

change

is

required

,

use

STM

-

R

Anvils

for

EX

-

RH

toolholders

and

for

IN

-

LH

boring

bars

.

Use

STM

-

L

Anvils

for

IN

-

RH

toolholders

and

for

EX

-

LH

boring

bars

.

3

4

5

IEKHB

Ceramic

TPI

mm

RECOMMEND

CUTTING

SPEED

FORTHREADING

2.5

10

Q

.

Vc

(

m

/

min

)

TTIP

30

TTIM

45

TTIG

30

TTIN

30

05

P

.

Material

Condition

<

v

9

Special

Holder

Required

P

/

7

/

7

<

7

>

/

y

AC

/

or

#

<

y

PARTIAL

PROFILES

60

PARTIAL

PROFILES

55

•

S

.

<

0.25

%

C

Annealed

V

.

/

3

ISO

8

>

0.25

%

C

Annealed

AC

Non

-

alloy

steel

and

Cast

steel

,

Free

Cutting

steel

A

)

UN

<

0.55

%

C

Quenched

&

Tempered

70

-

150

120

-

180

110

-

210

150

-

250

Ct

WHITWORTH

3.5

>

0.55

%

C

7

Annealed

NPT

P

Quenched

&

Tempered

BSPT

Co

Steel

015

4

016

6

Annealed

77

Low

alloy

steel

(

alloying

elements

<

5

%

)

60

-

90

80

-

130

90

-

140 150

-

200

Quenched

&

Tempered

55

High

alloy

steel

(

alloying

elements

>

5

%

)

,

cast

steel

and

tool

steel

Annealed

7

50

-

60

-

80

70

-

90

100

-

170

Quenched

&

Tempered

7

6

4

Ferric

/

Martensitic

777

M

3.5

Standard

Anvil

(

Supplied

With

Holder

)

Stainless

steel

&

Cast

steel

Martensitic

50

-

80

90

-

130

110

-

160

100

-

180

Z

7

Z

Stainless

stee

8

3

Austenitic

77

10

2.5

Ferritic

/

Pearlitic

Cast

iron

Nodular

(

GGG

)

60

-

90

100

-

130

120

-

150

-

250

12

2

Pearlitic

77

16

1.5

Ferritic

Grey

cast

iron

(

GG

)

120

-

130

140

-

150

170

-

270

65

-

85

Pearlitic

mm

:

5

10

20

30

40

50

60

70

80

90

100

1

10

120

130

140

Inch

:

0.25

0.50

0.75

1

1.25

1.50

2

2.50

3

Pitch

Ferritic

Malleable

cast

iron

60

-

85

100

-

130

110

-

140

150

-

250

Diameter

4

5

Pearlitic

Not

cureable

Aluminum

alloy

wrought

450

-

600

260

-

830

700

-

1000

A

Most

American

Buttress

and

Sagengewinde

applications

and

anvil

change

.

Note

that

in

many

cases

,

a

negative

anvills

required

.

If

an

Anvil

change

is

required

,

use

STM

-

R

Anvils

for

EX

-

RH

toolholders

and

for

IN

-

LH

boring

bars

.

Use

STM

-

L

Anvils

for

IN

-

RH

toolholders

and

for

EX

-

LH

boring

bars

.

Cured

TPI

mm

<

12

%

Si

Not

cureable

Aluminum

-

cast

alloy

N

Cured

150

-

350

200

-

500

280

-

750

1

°

-

A

10

2.5

>

12

%

Si

High

temperature

Non

-

ferrous

alloy

Free

cutting

>

1

%

Pb

AMERICAN

BUTTERSS

SAGENGEWINDE

(

DIN

513

)

9

Special

Copper

and

copperalloy

Brass

110

-

180

260

-

400

190

-

350

Holder

Electrolytic

Copper

7

=

0.74

Requirec

8

3

Duroplastics

,

Fiber

Plastics

Non

metallic

150

-

210

Std

.

anvil

Standard

Anvil

(

Supplied

With

Holder

)

Hard

Rubber

Bad

7

3.5

Calculation

of

N

[

RPM

]

Before

Anvil

change

6

4

Replacing

the

standard

anvil

with

an

anvil

with

negative

angle

will

eliminate

side

rubbing

Change

to

negative

anvil

STM

-

R

3

N

or

STM

-

L

3

N

5

vc

x

1000

jiXDXn

n

-

Revolution

Per

Minute

[

min

-

1

]

vc

-

Cutting

Speed

[

m

/

min

]

D

-

Workpiece

Diameter

[

mm

]

n

=

VC

=

1000

JI

X

D

4

6

O

3.5

3

8

Number

of

Passes

2.5

10

2

12

Correct

1.5

16

0.50

0.75

1.00

1.25

1.50

1.75

2.00

2.50

3.00 3.50

4.00 4.50

5.00

5.50

6.00

8.00

Negative

anvil

mm

Pitch

mm

:

5

10

20

30

40

50

60

70

80

90

100

1

10

120

130

140

Inch

:

0.25

0.50

0.75

1

1.25

1.50

2

2.50

3

After

Anvil

change

48

32

24

20

16

14

12

10

8

7

6

5.5

5

4.5

4

3

tpi

Diameter

4

5

No

.

of

passes

4

—

6

4

-

7

4

-

8

5

-

9

6

-

10

7

-

12

7

-

12

8

-

14

9

-

16

10

-

18

11

-

18

11

-

19

12

-

2

12

-

20

12

-

20

15

-

24

^

<

One

cutting

depth

is

calculated

by

total

cutting

depth

divided

into

machining

times

ex

)

16

ER

-

1.5

ISO

,

hmin

0.92

:

If

10

times

machining

,

one

cutting

depth

is

0.092

(

0.92

/

1

0

)

Thread

Insert

01

Technical

information

for

Threading

Cutting

Condition

depending

on

Material

Type

c

CD

Coolant

Type

Partial

profile

60

O

D

CD

O

Material

Dimension

o

CD

Q

-

Pitch

Dimensions

Diameter

and

Length

Chipflow

Character

CD

Designation

(

Right

)

Designation

(

Left

)

I

Holder

Cross

Section

Area

Q

.

Picture

(

tpi

)

d

L

f

(

mm

)

r

x

3

E

M

Holder

Overhang

£

Material

Hardness

EL

11

-

A

60

ER

11

-

A

60

0.5

-

1.5

48

-

16

6.35

11

0.05

0.8 0.9

Overhang

CD

~

0

16

-

A

60

16

-

A

60

0.5

-

1.5

48

-

16

9.525

16

0.05

0.8 0.9

o

CD

V

4

Internal

X

Through

Coolant

Option

j

^

p

,

j

c

16

-

G

60

16

-

G

60

M

1.75

-

3.0

14

-

8

9.525

16

0.27

1.2

1.7

External

or

Internal

CD

c

16

-

AG

60

16

-

AG

60

0.5

-

3.0

48

-

8

9.525

16

0.08

1.2

1.7

L

-

0.2

0

o

‘

o

.

X

LU

22

-

N

60

22

-

N

60

3.5

-

5.0

7

-

5

12.7

22

0.53

1.7

2.5

Shank

Type

:

Carbide

Profile

Shape

27

-

Q

60

27

-

Q

60

5.5

-

6.0

4.5

-

4

15.875

27

0.64

2.1

3.1

External

27

-

S

60

27

-

S

60

5.5

-

8.0

4.5

-

4

15.875

27

0.39

2.5

4.0

Q

.

<

P

K

Carbide

Implant

Grade

M

I

R

06

-

A

60

IL

06

-

A

60

0.5

-

1.25

48

-

20

3.97

6

0.04

0.6

Surface

Finish

08

-

A

60 08

-

A

60

0.5

-

1.5

48

-

16

4.76

8

0.05

0.6

0.7

Internal

CD

1

-

A

60

1

-

A

60

S

0

,

5

-

1.5

48

-

16

6.35

11

0.05

0.8 0.9

c

Machine

Stability

Profile

Shape

:

Pitch

and

Depth

UQ

16

-

A

60

16

-

A

60

CD

4

-

J

0.5

-

1.5

48

-

16

9.525

16

0.05

0.8

0.9

L

CD

c

16

-

G

60

16

-

G

60

1.75

-

3.0

14

-

8

CD

9.525

16

0.16

1.2

1.7

CO

c

16

-

AG

60

16

-

AG

60

0.5

—

3.0

48

-

8

9.525

16

0.05

1.2

1.7

Nose

Radius

c

Max

.

RPM

n

External

o

22

-

N

60

22

-

N

60

CD

3.5

-

5.0

7

-

5

12.7

22

0.30

1.7

2.5

27

-

Q

60

27

-

S

60

27

-

Q

60

5.5

-

6.0

5.5

-

8.0

4.5

-

4

4.5

-

4

15.875

27

0.30

1.8

2.7

15.875

27

0.39

2.5

4.0

Chipbreaker

Style

Clamping

System

Stability

27

-

S

60

Partial

profile

60

0

(

M

Chip

Breaker

)

Trouble

Shooting

Pitch

Dimensions

Designation

(

Right

)

Designation

(

Left

)

CD

Problem

Possible

Cause

Solution

Picture

Q

.

(

tpi

)

d

L

f

(

mm

)

r

x

Cutting

speed

too

hight

Depth

of

cut

too

low

/

too

many

passes

Unsuitable

carbide

grade

Insu

f

ficient

cooling

-

>

Reduce

cutting

speed

/

use

coated

insert

-

>

Increase

the

depth

of

cut

per

pass

-

>

Use

a

coated

carbide

grade

-

>

Increase

coolant

flow

rate

ERM

16

-

A

60

0.5

—

1.5

48

-

16

9.525

16

0.05

0.8

0.9

Increased

flank

wear

017

018

16

-

G

60

1.75

-

3.0

14

-

8

9.525

16

0.27

1.2

1.7

CD

Internal

c

16

-

AG

60

K

0.5

-

3.0

48

-

8

9.525

16

0.08

1.2

1.7

CD

22

-

N

60

3.5

-

5.0

7

-

5

12.7

22

0.53

1.7

2.5

x

L

LU

Uneven

cutting

edge

wear

Incorrect

helix

angle

Wrong

infeed

method

-

>

Choose

the

correct

shim

-

>

Use

the

Alternating

Flank

Infeed

method

External

IRM

11

-

A

60

0.5

—

1.5

48

-

16

6.35

11

0.08

0.8

0.9

16

-

A

60

0.5

-

1.5

48

-

16

9.525

16

0.08

0.8

0.9

Internal

Decrease

depth

of

cut

/

increase

number

of

passes

-

>

Increase

coolant

flow

rate

-

>

Reduce

cutting

speed

-

>

Use

a

tougher

carbide

-

>

Use

an

insert

with

a

larger

radius

,

if

possible

Depth

olf

cut

too

large

—

Insu

f

ficient

cooling

Cutting

speed

too

high

-

Unsuitable

carbide

grade

Nose

radius

too

small

—

60

S

CD

16

-

G

60

1.75

-

3.0

14

-

8

9.525

16

0.12

1.2

1.7

c

Extreme

plastic

deformation

16

-

AG

60

0.5

-

3.0

48

-

8

9.525

16

0.08

1.2

1.7

CD

22

-

N

60

c

3.5

-

5.0

7

-

5

12.7

22

0.30

1.7

2.5

External

Depth

of

cut

too

large

Extreme

plastic

deformation

Insu

f

ficient

cooling

Unsuitable

carbide

grade

—

Instability

-

>

Decrease

depth

of

cut

/

increase

number

of

passes

.

-

>

Use

a

tougher

carbide

-

>

Increase

flow

rate

and

/

or

correct

flow

direction

-

>

Use

a

tougher

carbide

-

>

Check

stability

of

the

system

Partial

profile

60

°

(

U

Chip

Breaker

)

Cutting

edge

breakage

Pitch

Dimensions

Designation

(

Right

)

Designation

(

Left

)

CD

Picture

Q

.

(

tpi

)

d

L

f

(

mm

)

r

x

Incorrect

cutting

speed

-

Unsuitable

carbide

grade

-

>

Change

the

cutting

speed

-

>

Use

a

coated

carbide

Built

-

up

edge

ERU

16

-

A

60

0.5

-

1.5

48

-

16

9.525

16

0.08

0.8

0.9

16

-

G

60

1.75

-

3.0

14

-

8

9.525

16

0.27

1.2

1.7

CD

Interna

c

60

°

16

-

AG

60

0.5

-

3.0

48

-

8

9.525

16

0.08

1.2

1.7

CD

-

>

Change

tool

height

-

>

Measure

the

workpiece

diameter

-

>

Change

the

cutting

edge

sooner

The

tool

is

not

at

the

workpiece

axis

height

Insert

is

not

machining

the

thread

crest

—

Worn

insert

22

-

N

60

3.5

-

5.0

7

-

5

12.7

22

0.53

1.7

2.5

L

X

Thread

profile

is

too

shallow

LU

External

IRU

16

-

A

60

0.5

-

1.5

48

-

16

9.525

16

0.08

0.8

0.9

-

X

-

>

Increase

cutting

speed

-

>

-

Choose

correct

shim

-

>

Use

the

alternate

flank

or

radial

infeed

method

r

Too

low

cutting

speed

Wrong

shim

Flank

infeed

method

is

not

appropriate

16

-

G

60

1.75

-

3.0

14

-

8

9.525

16

0.12

1.2

1.7

Poor

surface

quality

Internal

60

°

CD

16

-

AG

60

0.5

-

3.0

48

-

8

9.525

16

0.08

1.2

1.7

c

22

-

N

60

3.5

-

5.0

7

-

5

12.7

22

0.30

1.7

2.5

CD

c

External

HI

Thread

Insert

Thread

Insert

HI

Partial

profile

60

°

(

U

Style

)

Partial

profile

55

Pitch

Dimensions

Pitch

Dimensions

CD

Designation

(

Right

+

Left

)

CD

Designation

(

Right

)

Designation

(

Left

)

o

_

CL

Picture

(

tpi

)

d

(

mm

)

L

(

mm

)

(

tpi

)

d

L

f f

r

x

r

x

UEI

08

-

U

60

4.76

U

EL

11

-

A

55

1.75

-

2.0

14

-

11

8

0.15

0.8

4.0

6.35

11

0.05

0.8 0.9

0.5

-

1.5

48

-

16

ER

11

-

A

55

CD

c

X

11

-

U

60

16

-

A

55

r

1.75

-

2.0

14

-

11

6.35

U

11

0.15

0.8

5.5

0.5

—

1.5

48

-

16

9.525

16

0.05

0.8

0.9

16

-

A

55

CD CD

Internal

c

16

-

G

55

22

-

U

60

12.7

U

5.5

-

8.0

4.5

-

3.25

22

0.30

0.6

11.0

16

-

G

55

1.75

-

3.0

14

-

8

9.525

16

0.21

1.2

1.7

550

x

60

°

LU

CD

16

-

AG

55

27

-

U

60

15.875

U

6.5

-

9.0

4

-

2.75

27

0.37

1.0

13.7

16

-

AG

55

9.525

16

0.07

1.2

+

0.5

-

3.0

48

-

8

1.7

x

L

CD

22

-

N

55

LU

22

-

N

55

3.5

-

5.0

7

-

5

12.7

22

0.43

1.7

2.5

c

27

-

Q

55

27

-

Q

55

15.875

27

0.60

2.0

2.9

CD

5.5

—

6.0

4.5

-

4

External

d

c

d

27

-

S

55

27

-

S

55

5.5

-

8.0

4.5

-

4

15.875

27

0.77

2.5

4.0

IR

06

-

A

55

IL

06

-

A

55

0.5

-

1.25

48

-

20

3.97

6

0.07

0.6 0.6

11

-

A

55

11

-

A

55

0.5

—

1.5

48

-

16

6.35

11

0.05

0.8 0.9

Internal

CD

550

16

-

A

55

16

-

A

55

48

-

16

0.5

-

1.5

9.525

16

0.05

0.8 0.9

c

16

-

G

55

16

-

G

55

1.75

-

3.0

14

-

8

9.525

16

0.21

1.2

1.7

CD

c

16

-

AG

55

16

-

AG

55

0.5

—

3.0

48

-

8

9.525

16

0.07

1.2

1.7

22

-

N

55

22

-

N

55

3.5

-

5.0

7

-

5

12.7

22

0.43

1.7

2.5

External

27

-

Q

55

27

-

Q

55

5.5

-

6.0

4.5

-

4

15.875

27

0.60

2.0

2.9

27

-

S

55

27

-

S

55

5.5

-

8.0

4.5

-

4

15.875

27

0.77

2.5

4.0

Partial

profile

55

°

(

M

Chip

Breaker

)

Pitch

Dimensions

Designation

(

Right

)

CD

Designation

(

Left

)

Q

.

Picture

(

tpi

)

d

L

f

(

mm

)

r

x

ERM

16

-

A

55

0.5

-

1.5

48

-

16

9.525

16

0.08

0.8 0.9

16

-

G

55

1.75

-

3.0

14

-

8

9.525

16

0.21

1.2

1.7

CD

Internal

019

020

c

16

-

AG

55

0.5

—

3.0

48

-

8

9.525

16

0.07

1.2

1.7

550

CD

22

-

N

55

3.5

—

5.0

7

-

5

12.7

27

0.43

1.7

2.5

x

LU

External

Partial

profile

60

(

V

Style

)

IRM

11

-

A

55

0.5

-

1.5

48

-

16

6.35

11

0.08

0.8 0.9

r

16

-

A

55

0.5

-

1.5

48

-

16

9.525

16

0.05

0.8 0.9

Internal

CD

550

16

-

G

55

1.75

-

3.0

14

-

8

9.525

16

0.08

1.2

1.7

c

Pitch

Dimensions

16

-

AG

55

0.5

—

3.0

48

-

8

9.525

16

0.08

1.2

1.7

CD

Designation

(

Left

)

Designation

(

Right

)

CD

Q

.

22

-

N

55

c

Picture

3.5

-

5.0

7

-

5

12.7

22

0.43

1.7

2.5

(

tpi

)

d

L

(

mm

)

f

t

r

x

External

VER

11

-

A

60

VEL

11

-

A

60

0.5

-

1.5

48

-

16

6.35

11

0.05

0.69

2.3

3.2

16

-

A

60

16

-

A

60

0.5

-

1.5

48

-

16

9.525

16

0.05

1.1

2.7

3.5

Internal

Partial

profile

55

°

(

U

Chip

Breaker

)

CD

16

-

G

60

16

-

G

60

1.75

-

3.0

14

—

8

9.525

16

0.27

1.1

1.9

3.5

60

°

c

1

6

-

AG

60

16

-

AG

60

0.5

—

3.0

48

-

8

9.525

16

0.08

1.1

1.9

3.5

CD

X

22

-

N

60

22

-

N

60

3.5

—

5.0

7

-

5

12.7

22

0.53

1.1

2.3

4.8

LU

Pitch

Dimensions

External

Designation

(

Right

)

CD

Designation

(

Left

)

1

Q

.

Picture

(

tpi

)

d

L

f

(

mm

)

r

x

ERU

16

-

A

55

0.5

-

1.5

48

-

16

9.525

16

0.08

0.8 0.9

16

-

G

55

1.75

-

3.0

14

-

8

9.525

16

0.21

1.2

1.7

Internal

CD

c

16

-

AG

55

9.525

55

°

0.5

-

3.0

48

-

8

16

0.07

1.2

1.7

CD

22

-

N

55

3.5

-

5.0

7

-

5

12.7

22

0.43

1.7

2.5

x

LU

External

IRU

16

-

A

55

0.5

-

1.5

48

-

16

9.525

16

0.05

0.8 0.9

16

-

G

55

1.75

-

3.0

14

-

8

9.525

16

0.08

1.2

1.7

Interna

CD

55

°

16

-

AG

55

0.5

-

3.0

48

-

8

9.525

16

0.08

1.2

1.7

c

22

-

N

55

3.5

-

5.0

7

-

5

12.7

22

0.43

1.7

2.5

0

c

Externa

HI

Thread

Insert

Thread

Insert

HI

Partial

profile

55

°

(

U

Style

)

ISO

Metric

Pitch

Dimensions

Pitch

Dimensions

CD

Designation

(

Right

+

Left

)

CD

Designation

(

Right

)

Designation

(

Left

)

Q

_

Picture

CL

Picture

>

,

f

(

mm

)

f

(

tpi

)

d

L

d

L

hmin

x

(

mm

)

r

x

1.75

-

2.0

14

-

11

4.76

U

8

0.25

0.8

4.0

03

UEI

08

-

U

55

ER

11

-

0.35

ISO

EL

11

-

0.35

ISO

0.35

6.35

11

0.21

0.8

0.4

c

6.35

U

1.75

-

2.0

14

-

11

0.25

0.8

5.5

11

-

1

)

55

CD

11

-

0.4

ISO

11

-

0.4

ISO

0.4

6.35

11

0.25

0.7

0.4

Internal

55

°

22

-

U

55

5.5

-

8.0

4.5

-

3.25

12.7

U

22

0.60

0.9

11.0

x

LU

11

-

0.45

ISO

11

-

0.45

ISO

0.45

6.35

11

0.28

0.7

0.4

27

-

U

55

15.875

U

6.5

-

9.0

4

-

2.75

27

0.80

1.2

13.7

03

11

-

0.5

ISO

11

-

0.5

ISO

6.35

11

0.31

0.6

0.4

0.5

c

Externa

CD

11

-

0.6

ISO

11

-

0.6

ISO

0.6

6.35

11

0.37

0.6 0.6

c

11

-

0.7

ISO

11

-

0.7

ISO

0.7

6.35

11

0.43

0.6 0.6

11

-

0.75

ISO

11

-

0.75

ISO

0.75

6.35

11

0.46

0.6 0.6

11

-

0.8

ISO

11

-

0.8

ISO

0.8

6.35

11

0.49

0.6 0.6

1

M

.

OISO

1

M

.

OISO

1.0

6.35

11

0.61

0.7 0.7

11

-

1.25

ISO

11

-

1.25

ISO

1.25

6.35

11

0.77

0.8 0.9

11

-

1.5

ISO

11

-

1.5

ISO

1.5

6.35

11

0.92

0.8

1.0

11

-

1.75

ISO

11

-

1.75

ISO

1.75

6.35

11

1.07

0.8

16

-

0.35

ISO

16

-

0.35

ISO

0.35

9.525

16

0.21

0.8

0.4

16

-

0.4

ISO

16

-

0.4

ISO

0.4

9.525

16

0.25

0.7

0.4

16

-

0.45

ISO

16

-

0.45

ISO

0.45

9.525

16

0.28

0.7

0.4

x

1

/

4

P

16

-

0.5

ISO

16

-

0.5

ISO

Interna

9.525

16

0.31

0.6

0.4

0.5

03

c

16

-

0.6

ISO

16

-

0.6

ISO

0.6

9.525

16

0.37

0.6 0.6

CD

L

X

16

-

0.7

ISO

16

-

0.7

ISO

0.7

9.525

16

0.43

0.6 0.6

LU

16

-

0.75

ISO

16

-

0.75

ISO

0.75

9.525

16

0.46

0.6 0.6

d

1

/

8

P

Externa

021

022

16

-

0.8

ISO

16

-

0.8

ISO

0.8

9.525

16

0.49

0.6 0.6

16

-

1.0

ISO

16

-

1.0

ISO

1.0

9.525

16

0.61

0.7 0.7

16

-

1.25

ISO

16

-

1.25

ISO

1.25

9.525

16

0.77

0.8 0.9

16

-

1.5

ISO

16

-

1.5

ISO

1.5

9.525

16

0.92

0.8

1.0

16

-

1.75

ISO

16

-

1.75

ISO

1.75

9.525

16

1.07

0.9

1.2

Partial

profile

55

°

(

V

Style

)

16

-

2.0

ISO

16

-

2.0

ISO

2.0

9.525

16

1.23

1.0

1.3

16

-

2.5

ISO

16

-

2.5

ISO

2.5

9.525

16

1.53

1.5

Pitch

Dimensions

16

-

3.0

ISO

16

-

3.0

ISO

3.0

9.525

16

1.84

1.2

1.6

CD

Designation

(

Right

)

Designation

(

Left

)

CL

Picture

22

-

3.5

ISO

22

-

3.5

ISO

f

T

3.5

12.7

22

2.15

1.6

2.3

(

tpi

)

d

L

(

mm

)

r

x

22

-

4.0

ISO

22

-

4.0

ISO

4.0

12.7

22

2.45

1.6

2.3

VER

11

-

A

55

VEL

11

-

A

55

0.5

-

1.5

0.05

0.8

2.7

3.2

48

-

16

6.35

11

22

-

4.5

ISO

22

-

4.5

ISO

4.5

12.7

22

2.78

1.7

2.4

16

-

A

55

16

-

A

55

0.5

-

1.5

48

-

16

9.525

16

0.05

1.1

2.7

3.6

Internal

22

-

5.0

ISO

22

-

5.0

ISO

5.0

12.7

22

3.07

1.7

2.5

03

55

°

16

-

G

55

16

-

G

55

1.75

-

3.0

14

—

8

9.525

16

0.21

1.1

1.9

3.6

c

27

-

5.5

ISO

27

-

5.5

ISO

15.875

27

3.37

1.9

2.7

16

-

AG

55

16

-

AG

55

5.5

0.5

—

3.0

48

-

8

9.525

16

0.07

1.1

1.9

3.6

CD

X

22

-

N

55

22

-

N

55

3.5

-

5.0

7

-

5

12.7

22

0.43

1.1

2.3

4.8

27

-

6.0

ISO

27

-

6.0

ISO

6.0

15.875

27

3.68

2.0

2.9

LU

Externa

27

-

8.0

ISO

27

-

8.0

ISO

8.0

15.875

27

4.91

2.2

3.2

t

HI

Thread

Insert

Thread

Insert

HI

ISO

Metric

(

M

Chip

Breaker

)

ISO

Metric

(

U

Style

)

Pitch

Dimensions

Pitch

Dimensions

Q

)

<

D

Designation

(

Right

)

Designation

(

Right

)

Designation

(

Left

)

CL

Q

.

Picture

(

Left

)

hmin

x

f

L

hmin

x

f

(

mm

)

d

L

(

mm

)

d

ERM

16

-

1

.

OISO

12.71

)

1.0

9.525

16

0.61

0.7

5.0

22

3.07

2.2

11.0

UE

22

-

5

.

OISO

CD

1

/

4

P

Internal

16

-

1.25

ISO

1.25

9.525

16

0.77

0.8 0.9

c

12.7

U

5.5

22

3.37

2.2

11.0

22

-

5.5

ISO

60

°

1

/

4

P

Internal

<

D

16

-

1.5

ISO

1.5

9.525

16

0.93

0.8

1.0

12.7

U

22

3.68

2.2

11.0

6.0

22

-

6

.

OISO

x

CD

LU

C

1

/

8

P

Externa

16

-

1.75

ISO

1.75

9.525

16

1.09

0.9

1.2

15.872

U

8.0

27

4.91

2.4

13.7

0

27

-

8.0

ISQ

L

d

x

16

-

2

.

OISO

2.0

9.525

16

1.25

1.0

1.3

LU

12.7

U

22

3.17

2.4

11.0

5.5

22

-

5.5

ISO

Ul

1

/

8

P

Externa

CD

1

/

4

P

Internal

1

6

-

2.5

ISO

2.5

9.525

16

1.55

1.1

1.5

c

12.71

)

60

°

6.0

22

3.46

2.1

11.0

22

-

6

.

OISO

0

16

-

3

.

OISO

3.0

9.525

16

1.87

1.2

1.6

h

C

15.875

U

8.0

27

4.26

2.4

13.7

27

-

8

.

OISO

1

/

8

P

Externe

I

d

ISO

Metric

(

V

Style

)

Pitch

Dimensions

0

Designation

(

Right

)

Designation

(

Left

)

CL

Picture

(

mm

)

d

L

hmin

x

f

t

ISO

Metric

(

U

Chip

Breaker

)

VER

11

-

0.75

ISO

VER

11

-

0.75

ISO

0.75

6.35

11

0.46

0.7

2.6

3.2

Pitch

Dimensions

11

-

1

.

OISO

11

-

1

.

OISO

1.0

6.35

11

0.61

0.7

2.5

3.2

0

Designation

(

Right

)

Designation

(

Left

)

d

^

-

Picture

11

-

1.5

ISO

11

-

1.5

ISO

1.5

6.35

11

0.92

0.7

2.2

3.2

(

mm

)

hmin

x

f

d

L

CD

C

11

-

1.75

ISO

11

-

1.75

ISO

1.75

6.35

11

1.07

0.7

2.1

3.2

0

x

11

-

2

.

OISO

11

-

2

.

OISO

2.0

6.35

11

1.23

0.7

1.9

3.2

ERU

16

-

1

.

OISO

LU

023

1.00

9.525

16

0.61

0.7

024

L

1

6

-

0.35

ISO

1

6

-

0.35

ISO

0.35

9.525

16

0.20

1.1

3.25

3.6

X

16

-

1.25

ISO

1.25

9.525

16

0.77

0.8

0.9

1

/

4

P

Interna

1

6

-

0.4

ISO

1

6

-

0.4

ISO

0.4

9.525

16

0.25

1.1

3.2

3.6

16

-

1.5

ISO

1.50

9.525

16

0.93

0.8

1.0

1

/

4

P

Internal

CD

d

60

°

c

i

16

-

0.5

ISO

16

-

0.5

ISO

0.5

9.525

16

0.31

1.1

3.0

3.6

16

-

1.75

ISO

1.75

9.525

16

1.09

0.9

1.2

_

0

X

1

6

-

0.75

ISO

1

6

-

0.75

ISO

0.75

9.525

16

0.46

1.1

3.0

3.6

16

-

2

.

OISO

2.00

9.525

16

1.25

1.0

1.3

f

LU

4

V

1

/

8

P

Externa

16

-

0.8

ISO

16

-

0.8

ISO

Wj

0.8

9.525

16

0.49

1.1

3.0

3.6

16

-

2.5

ISO

2.50

9.525

16

1.55

1.1

1.5

t

16

-

1

.

OISO

16

-

1

.

OISO

1.0

9.525

16

0.61

1.1

2.9

3.6

16

-

3

.

OISO

3.00

9.525

16

1.87

1.2

1.6

1

6

-

1.25

ISO

16

-

1.25

ISO

1.25

9.525

16

0.77

1.1

2.7

3.6

16

-

1.5

ISO

16

-

1.5

ISO

1.5

9.525

16

0.92

1.1

2.6

3.6

16

-

1.75

ISO

16

-

1.75

ISO

1.75

9.525

16

1.07

1.1

2.45

3.6

16

-

2

.

OISO

16

-

2

.

OISO

2.0

9.525

16

1.23

1.1

2.3

3.6

16

-

2.5

ISO

16

-

2.5

ISO

2.5

9.525

16

1.53

1.1

2.1

3.6

16

-

3

.

OISO

16

-

3

.

OISO

3.0

9.525

16

1.84

1.1

2.0

3.6

ISO

Metric

(

M

Chip

Breaker

)

Pitch

Dimensions

0

Designation

(

Right

)

Designation

(

Left

)

CL

Picture

(

mm

)

f

d

L

hmin

x

IRM

11

-

1.5

ISO

1.5

6.35

11

0.85

0.8

1.0

16

-

1

.

OISO

1.0

9.525

16

0.58

0.6

0.7

16

-

1.25

ISO

1.25

9.525

16

0.72

0.8 0.9

1

/

4

P

Interna

CD

c

16

-

1.5

ISO

1.5

9.525

16

0.85

0.8

1.0

0

16

-

1.75

ISO

1.75

9.525

16

1.01

0.9

1.2

c

16

-

2

.

OISO

2.0

9.525

16

1.12

1.0

1.3

1

/

8

P

External

16

-

2.5

ISO

2.5

9.525

16

1.44

1.5

16

-

3

.

OISO

3.0

9.525

16

1.69

1.5

HI

Thread

Insert

Thread

Insert

HI

ISO

Metric

American

UN

(

UN

,

UNO

,

UNF

,

UNEF

,

UNS

)

Pitch

Dimensions

Pitch

Dimensions

CD

Designation

(

Right

)

Designation

(

Left

)

Designation

(

Right

)

Designation

(

Left

)

Q

.

CL

Picture

(

mm

)

f

(

tpi

)

f

d

L

hmin

d

L

hmin

x

IR

11

-

0.35

ISO

IL

11

-

0.35

ISO

0.35

6.35

11

0.20

0.8

0.3

ER

11

-

72

UN

EL

11

-

72

UN

72

6.35

11

0.22

0.8

0.4

11

-

0.4

ISO

11

-

0.4

ISO

0.4

6.35

11

0.23

0.8

0.4

11

-

64

UN

11

-

64

UN

64

6.35

11

0.24

0.8

0.4

11

-

0.45

ISO

11

-

0.45

ISO

0.45

6.35

11

0.26

0.8

0.4

11

-

56

UN

11

-

56

UN

56

6.35

11

0.28

0.7

0.4

11

-

0.5

ISO

11

-

0.5

ISO

6.35

11

0.29

0.6

0.4

0.5

11

-

48

UN

11

-

48

UN

48

6.35

11

0.32

0.6 0.6

11

-

0.6

ISO

11

-

0.6

ISO

0.6

6.35

11

0.35

0.6 0.6

11

-

44

UN

11

-

44

UN

44

6.35

11

0.35

0.6 0.6

11

-

0.7

ISO

11

-

0.7

ISO

0.7

6.35

11

0.40

0.6 0.6

11

-

40

UN

11

-

40

UN

40

z

6.35

11

0.39

0.6 0.6

11

-

0.75

ISO

11

-

0.75

ISO

0.75

6.35

11

0.43

0.6 0.6

11

-

36

UN

11

-

36

UN

36

6.35

11

0.43

0.6 0.6

11

-

0.8

ISO

11

-

0.8

ISO

0.8

6.35

11

0.46

0.6 0.6

11

-

32

UN

11

-

32

UN

32

6.35

11

0.49

0.6 0.6

1

M

.

OISO

1

M

.

OISO

1.0

6.35

11

0.58

0.6

0.7

11

-

28

UN

11

-

28

UN

28

6.35

11

0.56

0.6

0.7

11

-

1.25

ISO

11

-

1.25

ISO

6.35

11

0.72

0.8 0.9

1.25

11

-

27

UN

11

-

27

UN

27

6.35

11

0.58

0.7

0.8

11

-

1.5

ISO

11

-

1.5

ISO

1.5

6.35

11

0.87

0.8

1.0

11

-

24

UN

11

-

24

UN

24

6.35

11

0.65

0.7

0.8

11

-

1.75

ISO

11

-

1.75

ISO

1.75

6.35

11

1.01

0.9

1.1

11

-

20

UN

11

-

20

UN

20

6.35

11

0.78

0.8 0.9

11

-

2.0

ISO

11

-

2.0

ISO

2.0

6.35

11

1.15

0.9

1.1

11

-

18

UN

11

-

18

UN

18

6.35

11

0.87

0.8

1.0

11

-

2.5

ISO

11

-

2.5

ISO

2.5

6.35

11

1.44

0.8

1.1

11

-

16

UN

11

-

16

UN

16

6.35

11

0.97

0.9

16

-

0.35

ISO

16

-

0.35

ISO

0.35

9.525

16

0.20

0.8

0.3

11

-

14

UN

11

-

14

UN

14

6.35

11

0.9

16

-

0.4

ISO

16

-

0.4

ISO

9.525

16

0.23

0.8

0.4

16

-

72

UN

16

-

72

UN

72

9.525

16

0.22

0.8

0.4

1

/

4

P

Interna

16

-

0.45

ISO

16

-

0.45

ISO

0.45

9.525

16

0.26

0.8

0.4

16

-

64

UN

16

-

64

UN

9.525

16

0.24

0.8

0.4

64

c

16

-

0.5

ISO

16

-

0.5

ISO

0.5

9.525

16

0.29

0.6

0.4

16

-

56

UN

16

-

56

UN

CD

56

9.525

16

0.28

0.7

0.4

c

16

-

0.6

ISO

16

-

0.6

ISO

0.6

9.525

16

0.35

0.6

16

-

48

UN

16

-

48

UN

48

9.525

16

0.32

0.6 0.6

1

/

8

P

External

025

026

16

-

0.7

ISO

16

-

0.7

ISO

0.7

9.525

16

0.40

0.6 0.6

16

-

44

UN

16

-

44

UN

44

9.525

16

0.35

0.6 0.6

x

16

-

0.75

ISO

16

-

0.75

ISO

0.75

9.525

16

0.43

0.6 0.6

16

-

40

UN

16

-

40

UN

40

9.525

16

0.39

0.6 0.6

Interna

16

-

0.8

ISO

16

-

0.8

ISO

0.8

9.525

16

0.46

0.6 0.6

c

16

-

36

UN

16

-

36

UN

36

9.525

16

0.43

0.6 0.6

CD

16

-

1.0

ISO

16

-

1.0

ISO

1.0

9.525

16

0.58

0.6

0.7

16

-

32

UN

16

-

32

UN

32

9.525

16

0.49

0.6 0.6

L

X

LU

16

-

1.25

ISO

16

-

1.25

ISO

1.25

9.525

16

0.72

0.8 0.9

16

-

28

UN

16

-

28

UN

28

9.525

16

0.56

0.6

0.7

1

/

8

P

External

16

-

1.5

ISO

16

-

1.5

ISO

1.5

9.525

16

0.87

0.8

1.0

16

-

27

UN

16

-

27

UN

27

9.525

16

0.58

0.7

0.8

16

-

1.75

ISO

16

-

1.75

ISO

1.75

9.525

16

1.01

0.9

1.2

16

-

24

UN

16

-

24

UN

24

9.525

16

0.65

0.7

0.8

16

-

2.0

ISO

16

-

2.0

ISO

2.0

9.525

16

1.15

1.0

1.3

16

-

20

UN

16

-

20

UN

20

9.525

16

0.78

0.8 0.9

16

-

2.5

ISO

16

-

2.5

ISO

2.5

9.525

16

1.44

1.1

1.5

16

-

18

UN

16

-

18

UN

18

9.525

16

0.87

0.8

1.0

16

-

3.0

ISO

16

-

3.0

ISO

3.0

9.525

16

1.73

1.1

1.5

16

-

16

UN

16

-

16

UN

9.525

16

0.97

0.9

1.1

16

22

-

3.5

ISO

22

-

3.5

ISO

3.5

12.7

22

2.02

1.6

2.3

16

-

14

UN

16

-

14

UN

14

9.525

16

1.11

1.0

1.2

22

-

4.0

ISO

22

-

4.0

ISO

4.0

12.7

22

2.31

1.6

2.3

16

-

13

UN

16

-

13

UN

13

9.525

16

1.20

1.0

1.3

22

-

4.5

ISO

22

-

4.5

ISO

4.5

12.7

22

2.60

1.6

2.4

16

-

12

UN

16

-

12

UN

12

9.525

16

1.30

1.4

22

-

5.0

ISO

22

-

5.0

ISO

12.7

22

2.89

1.6

2.3

5.0

16

-

11.5

UN

16

-

11.5

UN

11.5

9.525

16

1.35

1.5

27

-

5.5

ISO

27

-

5.5

ISO

5.5

15.875

27

3.17

1.6

2.3

16

-

11

UN

16

-

11

UN

11

9.525

16

1.42

1.1

1.5

27

-

6.0

ISO

27

-

6.0

ISO

6.0

15.875

27

3.46

1.8

2.5

16

-

10

UN

16

-

10

UN

9.525

16

1.56

1.1

1.5

10

27

-

8.0

ISO

27

-

8.0

ISO

8.0

15.875

27

4.26

2.2

3.2

16

-

9

UN

16

-

9

UN

9

9.525

16

1.73

1.2

1.7

16

-

8

UN

16

-

8

UN

8

9.525

16

1.95

1.2

1.6

22

-

7

UN

22

-

7

UN

12.7

22

2.22

1.6

2.3

7

22

-

6

UN

22

-

6

UN

6

12.7

22

2.60

1.6

2.3

22

-

5

UN

22

-

5

UN

12.7

22

3.12

1.7

2.5

5

27

-

4.5

UN

27

-

4.5

UN

15.875

27

3.46

1.9

2.7

4.5

27

-

4

UN

27

-

4

UN

4

15.875

27

3.89

2.1

3.0

HI

Thread

Insert

Thread

Insert

HI

American

UN

(

UN

,

UNC

,

UNF

,

UNEF

,

UNS

) (

M

Chip

Breaker

)

American

UN

(

UN

,

UNC

,

UNF

,

UNEF

,

UNS

)

(

M

Chip

Breaker

)

Pitch

Dimensions

Pitch

Dimensions

0

Designation

(

Right

)

Designation

(

Left

)

Designation

(

Right

)

Designation

(

Left

)

Q

.

CL

Picture

(

tpi

)

(

tpi

)

hmin

x

f

hmin

f

d

L

d

L

x

ERM

16

-

20

UN

20

9.525

16

0.78

0.7

0.8

IRM

16

-

20

UN

20

9.525

16

0.73

0.8 0.9

16

-

18

UN

18

9.525

16

0.87

0.8 0.8

16

-

18

UN

18

9.525

16

0.81

0.8

1.0

f

Y

16

-

16

UN

16

9.525

16

0.97

0.8 0.8

16

-

16

UN

16

9.525

16

0.92

0.9

1.1

X

CD

X

1

/

4

P

Interna

1

/

4

P

Internal

c c

16

-

14

UN

14

9.525

16

1.11

1.2

1.5

16

-

14

UN

14

9.525

16

1.05

0.9

1.2

0

x

16

-

13

UN

13

9.525

16

1.20

1.2

1.5

16

-

13

UN

13

9.525

16

1.13

1.0

1.3

LU

16

-

12

UN

12

9.525

16

1.30

1.3

1.5

16

-

12

UN

12

9.525

16

1.22

1.1

1.4

Externa

1

/

8

P

External

16

-

11

UN

11

9.525

16

1.42

1.2

1.5

16

-

11

UN

11

9.525

16

1.33

1.1

1.5

16

-

10

UN

10

9.525

16

1.56

1.2

1.5

16

-

10

UN

10

9.525

16

1.47

1.1

1.5

16

-

9

UN

9

9.525

16

1.73

1.2

1.5

16

-

9

UN

9

9.525

16

1.63

1.2

1.7

16

-

8

UN

8

9.525

16

1.95

1.3

1.5

16

-

8

UN

8

9.525

16

1.83

1.1

1.5

American

UN

(

UN

,

UNC

,

UNF

,

UNEF

,

UNS

)

(

U

Chip

Breaker

)

Pitch

Dimensions

027

028

0

Designation

(

Right

)

Designation

(

Left

)

CL

Picture

(

tpi

)

L

hmin

f

d

x

American

UN

(

UN

,

UNC

,

UNF

,

UNEF

,

UNS

) (

U

Chip

Breaker

)

IRU

16

-

20

UN

20

9.525

16

0.73

0.8 0.9

16

-

18

UN

18

9.525

16

0.81

0.8

1.0

Pitch

Dimensions

0

Designation

(

Right

)

Designation

(

Left

)

16

-

16

UN

16

9.525

16

0.92

0.9

1.1

r

CD

CL

X

Picture

1

/

4

P

Internal

c

(

tpi

)

hmin

x

f

d

L

16

-

14

UN

9.525

16

1.05

0.9

1.2

14

0

x

16

-

13

UN

13

9.525

16

1.13

1.0

1.3

LU

L

ERU

16

-

20

UN

20

9.525

16

0.78

0.8 0.9

16

-

12

UN

12

9.525

16

1.22

1.1

1.4

16

-

18

UN

18

9.525

16

0.87

0.8

1.0

1

/

8

P

External

16

-

11

UN

11

9.525

16

1.33

1.1

1.5

16

-

16

UN

16

9.525

16

0.97

0.9

1.1

CD

16

-

10

UN

10

9.525

16

1.47

1.1

1.5

r

x

c

1

/

4

P

Interna

16

-

14

UN

14

9.525

16

1.11

1.0

1.2

0

16

-

9

UN

9

9.525

16

1.63

1.2

1.7

x

16

-

13

UN

13

9.525

16

1.20

1.0

1.3

LU

16

-

8

UN

8

9.525

16

1.83

1.1

1.5

L

16

-

12

UN

12

9.525

16

1.30

1.1

1.4

16

-

11

UN

11

9.525

16

1.42

1.1

1.5

Externa

16

-

10

UN

10

9.525

16

1.56

1.1

1.5

9.525

16

1.73

1.2

1.7

16

-

9

UN

9

16

-

8

UN

8

9.525

16

1.95

1.2

1.6

HI

Thread

Insert

Thread

Insert

HI

American

UN

(

UN

,

UNC

,

UNF

,

UNEF

,

UNS

)

American

UN

(

U

Style

)

Pitch

Dimensions

Pitch

Dimensions

CD

Designation

(

Right

)

Designation

(

Right

-

1

-

Left

)

Designation

(

Left

)

Q

.

CL

Picture

(

tpi

)

f

(

tpi

)

f

d

L

hmin

d

L

hmin

x

IR

11

-

72

UN

IL

11

-

72

UN

72

6.35

11

0.20

0.8

0.3

UE

22

-

4.5

IUN

4.5

12.7

U

22

3.46

2.2

11.0

11

-

64

UN

11

-

64

UN

64

6.35

11

0.23

0.8

0.4

22

-

4

UN

4

12.7

U

22

3.89

2.2

11.0

CD

1

/

4

P

Interna

c

60

°

11

-

56

UN

11

-

56

UN

56

6.35

11

0.26

0.7

0.4

27

-

3

UN

3

15.875

U

27

5.19

2.5

13.7

CD

X

11

-

48

UN

11

-

48

UN

48

6.35

11

0.31

0.6

h

LU

1

/

8

P

Externa

11

-

44

UN

11

-

44

UN

6.35

11

0.33

0.6 0.6

44

d

11

-

40

UN

11

-

40

UN

40

6.35

11

0.37

0.6 0.6

11

-

36

UN

11

-

36

UN

36

6.35

11

0.41

0.6

Ul

22

-

4.5

UN

4.5

12.7

U

22

3.26

2.4

11.0

11

-

32

UN

11

-

32

UN

32

6.35

11

0.46

0.6 0.6

22

-

4

UN

4

12.7

U

22

3.57

2.4

11.0

1

/

4

P

Internal

03

11

-

28

UN

11

-

28

UN

28

6.35

11

0.52

0.6

0.7

27

-

3

UN

3

15.875

U

27

4.89

2.7

13.7

c

CD

11

-

27

UN

11

-

27

UN

27

6.35

11

0.54

0.7

0.8

c

11

-

24

UN

11

-

24

UN

24

6.35

11

0.61

0.7

0.8

1

/

8

P

External

d

11

-

20

UN

11

-

20

UN

20

6.35

11

0.73

0.8 0.9

11

-

18

UN

11

-

18

UN

18

6.35

11

0.81

0.8

1.0

11

-

16

UN

11

-

16

UN

16

6.35

11

0.92

0.9

1.1

11

-

14UN

11

-

14

UN

14

6.35

11

1.05

0.9

1.1

11

-

12

UN

11

-

12

UN

12

6.35

11

1.22

0.8

1.1

11

-

11

UN

11

-

11

UN

6.35

11

1.33

0.8

1.1

11

16

-

72

UN

16

-

72

UN

72

9.525

16

0.20

0.8

0.3

16

-

64

UN

16

-

64

UN

64

9.525

16

0.23

0.8

0.4

029

030

16

-

56

UN

16

-

56

UN

56

9.525

16

0.26

0.7

0.4

x

CD

American

UN

(

V

Style

)

16

-

48

UN

16

-

48

UN

48

9.525

16

0.31

0.6 0.6

1

/

4

P

c

Internal

CD

16

-

44

UN

16

-

44

UN

44

9.525

16

0.33

0.6 0.6

c

L

Pitch

Dimensions

16

-

40

UN

16

-

40

UN

9.525

16

0.37

0.6

40

CD

Designation

(

Right

)

Designation

(

Left

)

16

-

36

UN

16

-

36

UN

36

9.525

16

0.41

0.6 0.6

CL

Picture

1

/

8

P

Externa

(

tpi

)

d

L

hmin

f

t

x

16

-

32

UN

16

-

32

UN

32

9.525

16

0.51

0.6

16

-

28

UN

16

-

28

UN

28

9.525

16

0.52

0.6

0.7

VER

11

-

20

UN

VEL

11

-

20

UN

6.35

11

0.78

0.69

2.3

3.2

20

16

-

27

UN

16

-

27

UN

27

9.525

16

0.54

0.7

0.8

11

-

18

UN

11

-

18

UN

6.35

11

0.87

0.69

2.2

3.2

18

16

-

24

UN

16

-

24

UN

24

9.525

16

0.61

0.7

0.8

11

-

16

UN

11

-

16

UN

6.35

11

0.97

0.69

2.2

3.2

16

-

20

UN

16

-

20

UN

9.525

16

0.73

0.8 0.9

20

11

-

14

UN

11

-

14

UN

6.35

11

1.11

0.69

2.0

3.2

14

16

-

18

UN

16

-

18

UN

18

9.525

16

0.81

0.8

1.0

11

-

12

UN

11

-

12

UN

6.35

11

1.30

0.69

1.8

3.2

12

16

-

16

UN

16

-

16

UN

16

9.525

16

0.92

0.9

1.1

1

/

4

P

Internal

16

-

32

UN

16

-

32

UN

9.525

16

0.48

1.1

3.0

3.6

32

16

-

14

UN

16

-

14

UN

14

9.525

16

1.05

0.9

1.2

16

-

28

UN

16

-

28

UN

9.525

16

0.56

1.1

3.0

3.6

28

16

-

13

UN

16

-

13

UN

13

9.525

16

1.13

1.0

1.3

16

-

24

UN

16

-

24

UN

9.525

16

0.65

1.1

2.9

3.6

24

CD

1

/

8

P

Externa

c

16

-

12

UN

16

-

12

UN

12

9.525

16

1.22

1.1

1.4

16

-

20

UN

16

-

20

UN

9.525

16

0.78

2.7

3.6

1.1

20

t

CD

16

-

11.5

UN

16

-

11.5

UN

9.525

16

1.28

1.1

1.5

11.5

x

16

-

18

UN

16

-

18

UN

9.525

16

0.87

2.6

3.6

1.1

LU

18

16

-

11

UN

16

-

11

UN

11

9.525

16

1.33

1.1

1.5

16

-

16

UN

16

-

16

UN

9.525

16

0.97

1.1

2.55

3.6

16

-

1

OUN

16

-

10

UN

10

9.525

16

1.47

1.1

1.5

16

-

14

UN

16

-

14

UN

9.525

16

1.11

1.1

2.5

3.6

14

16

-

9

UN

16

-

9

UN

9

9.525

16

1.63

1.2

1.7

16

-

12

UN

16

-

12

UN

9.525

16

1.30

1.1

2.2

3.6

12

16

-

8

UN

16

-

8

UN

8

9.525

16

1.83

1.2

1.5

16

-

1

OUN

16

-

10

UN

9.525

16

1.56

2.1

3.6

1.1

10

22

-

7

UN

22

-

7

UN

12.7

22

2.09

1.6

2.3

7

16

-

8

UN

16

-

8

UN

9.525

16

1.95

2.0

3.6

1.1

8

22

-

6

UN

22

-

6

UN

12.7

22

2.44

1.6

2.3

6

22

-

5

UN

22

-

5

UN

5

12.7

22

2.93

1.7

2.3

27

-

4.5

UN

27

-

4.5

UN

4.5

15.875

27

3.26

1.9

2.4

27

-

4

UN

27

-

4

UN

4

15.875

27

3.67

2.1

2.7

HI

Thread

Insert

Thread

Insert

HI

Whitworth

(

BSW

,

BSF

,

BSP

,

BSB

)

Whitworth

(

M

Chip

Breaker

)

Pitch

Dimensions

Pitch

Dimensions

CD

0

Designation

(

Right

)

Designation

(

Right

)

Designation

(

Left

)

Designation

(

Left

)

Q

.

Q

.

Picture Picture

f

(

tpi

)

d

L

hmin

x

(

tpi

)

d

L

hmin

x

9.525

16

1.16

1.0

1.2

ER

11

-

72

W

EL

11

-

72

W

ERM

16

-

14

W

14

72

6.35

11

0.23

0.7

0.4

9.525

16

1.48

1.1

1.5

11

-

60

W

11

-

60

W

1

6

-

11

W

60

6.35

11

0.27

0.7

0.4

1

11

-

56

W

11

-

56

W

56

6.35

11

0.29

0.7

0.4

cu

c

11

-

48

W

11

-

48

W

48

6.35

11

0.34

0.6 0.6

0

L

X

LU

11

-

40

W

11

-

40

W

6.35

11

0.41

0.6 0.6

40

11

-

36

W

11

-

36

W

36

6.35

11

0.45

0.6 0.6

11

-

32

W

11

-

32

W

32

6.35

11

0.51

0.6 0.6

11

-

28

W

11

-

28

W

28

6.35

11

0.58

0.6

0.7

11

-

26

W

11

-

26

W

26

6.35

11

0.63

0.7

0.8

11

-

24

W

11

-

24

W

24

6.35

11

0.68

0.7

0.8

11

-

22

W

11

-

22

W

22

6.35

11

0.74

0.8 0.9

11

-

20

W

11

-

20

W

20

6.35

11

0.81

0.8 0.9

11

-

19

W

11

-

19

W

19

6.35

11

0.86

0.8

1.0

11

-

18

W

11

-

18

W

18

6.35

11

0.90

0.8

1.0

11

-

16

W

11

-

16

W

16

6.35

11

1.02

0.9

1.1

11

-

14

W

11

-

14

W

14

6.35

11

1.16

1.0

1.2

16

-

72

W

16

-

72

W

72

9.525

16

0.23

0.7

0.4

Whitworth

(

M

Chip

Breaker

)

16

-

60

W

16

-

60

W

60

9.525

16

0.27

0.7

0.4

16

-

56

W

16

-

56

W

56

9.525

16

0.29

0.7

0.4

Pitch

Dimensions

031

032

0

X

Designation

(

Right

)

16

-

48

W

16

-

48

W

48

9.525

16

0.34

0.6 0.6

Designation

(

Left

)

Q

.

Picture

f

(

tpi

)

d

L

hmin

Interna

55

E

X

16

-

40

W

16

-

40

W

40

9.525

16

0.41

0.6 0.6

0

c

16

-

36

W

16

-

36

W

36

9.525

16

0.45

0.6

0

L

X

ERU

16

-

20

W

20

9.525

16

0.81

0.8

0.9

16

-

32

W

16

-

32

W

LU

32

9.525

16

0.51

0.6 0.6

R

0.137

P

16

-

19

W

19

9.525

16

0.86

0.8

1.0

16

-

30

W

16

-

30

W

30

9.525

16

0.55

0.6

0.7

Externa

16

-

18

W

18

9.525

16

0.90

0.8

1.0

CD

16

-

28

W

16

-

28

W

28

9.525

16

0.58

0.6

0.7

c

R

0.137

P

Internal

0

16

-

16

W

16

9.525

16

1.02

0.9

1.1

55

°

16

-

26

W

16

-

26

W

26

9.525

16

0.63

0.7

0.8

x

LU

16

-

14

W

14

9.525

16

1.16

1.0

1.2

r

16

-

24

W

16

-

24

W

24

9.525

16

0.68

0.7

0.8

h

L

t

16

-

12

W

12

9.525

16

1.36

1.1

1.4

16

-

22

W

16

-

22

W

22

9.525

16

0.74

0.8 0.9

R

0.137

P

External

16

-

11

W

11

9.525

16

1.48

1.1

1.5

16

-

20

W

16

-

20

W

9.525

16

0.81

0.8 0.9

20

16

-

1

OW

10

9.525

16

1.63

1.1

1.5

16

-

19

W

16

-

19

W

19

9.525

16

0.86

0.8

1.0

16

-

9

W

9

9.525

16

1.81

1.2

1.7

16

-

18

W

16

-

18

W

18

9.525

16

0.90

0.8

1.0

16

-

8

W

8

9.525

16

2.03

1.1

1.5

16

-

16

W

16

-

16

W

16

9.525

16

1.02

0.9

1.1

16

-

14

W

16

-

14

W

14

9.525

16

1.16

1.0

1.2

16

-

12

W

16

-

12

W

12

9.525

16

1.36

1.1

1.4

16

-

11

W

16

-

11

W

9.525

16

1.48

1.1

1.5

11

16

-

1

OW

16

-

1

OW

10

9.525

16

1.63

1.1

1.5

16

-

9

W

16

-

9

W

9

9.525

16

1.81

1.2

1.7

16

-

8

W

16

-

8

W

8

9.525

16

2.03

1.2

1.5

22

-

7

W

22

-

7

W

12.7

22

3.32

1.6

2.3

7

22

-

6

W

22

-

6

W

6

12.7

22

2.71

1.6

2.3

22

-

5

W

22

-

5

W

12.7

22

3.25

1.7

2.4

5

27

-

4.5

W

27

-

4.5

W

4.5

15.875

27

3.61

1.8

2.6

27

-

4

W

27

-

4

W

4

15.875

27

4.07

2.0

2.9

HI

Thread

Insert

Thread

Insert

HI

Whitworth

(

U

Style

)

Pitch

Dimensions

CD

Designation

(

Right

Left

)

Q

.

Picture

(

tpi

)

f

d

L

hmin

x

12.7

U

4.5

22

3.61

2.3

11.0

UEI

22

-

4.5

W

12.7

U

4

22

4.07

1.8

11.0

22

-

4

W

03

c

R

0.137

pnterna

22

-

3.5

W

3.5

12.71

)

22

4.65

2.1

11.0

CD

X

22

-

3.25

W

3.25

12.7

U

22

5.00

2.0

11.0

LU

27

-

3.5

W

15.875

U

3.5

27

4.65

2.1

13.7

Externa

I

03

27

-

.

325

W

15.875

U

3.25

27

5.00

2.0

13.7

c

d

CD

27

-

3

W

3

15.875

U

27

5.42

2.3

13.7

c

27

-

2.75

W

2.75

15.875

U

27

5.94

2.4

13.7

033

034

Whitworth

(

V

Style

)

Pitch

Dimensions

CD

Designation

(

Right

)

Designation

(

Left

)

Q

.

Picture

(

tpi

)

d

L

hmin

x

F

t

19

6.35

11

0.86

0.69

2.3

3.2

VER

11

-

19

W

VEL

11

-

19

W

14

6.35

11

1.16

0.69

2.0

3.2

11

-

14

W

11

-

14

W

1

6.35

11

1.48

0.69

1.7

3.2

11

-

11

W

1 1

-

1 1

W

R

0.137

Rnterna

19

9.525

16

0.86

1.1

2.7

3.6

03

16

-

19

W

16

-

19

W

c

CD

18

9.525

16

0.90

1.31

2.6

3.6

16

-

18

W

16

-

18

W

x

LU

16

9.525

16

1.02

1.1

2.6

3.6

16

-

16

W

16

-

16

W

t

14

9.525

16

1.16

1.1

2.4

3.6

16

-

14

W

16

-

14

W

12

9.525

16

1.36

1.1

2.2

3.6

16

-

12

W

16

-

12

W

16

-

11

W

16

-

1

W

1

9.525

16

1.48

1.1

2.1

3.6

HI

Thread

Insert

Thread

Insert

HI

Whitworth

(

BSW

,

BSF

,

BSP

,

BSB

)

Whitworth

(

M

Chip

Breaker

)

Pitch

Dimensions

Pitch

Dimensions

0

Designation

(

Right

)

Designation

(

Right

)

Designation

(

Left

)

Designation

(

Left

)

CL

Q

_

Picture

(

tpi

)

d

L

hmin

x

f

(

tpi

)

d

L

f

hmin

x

9.525

16

1.16

1.0

1.2

IR

11

-

72

W

IL

11

-

72

W

IRM

16

-

14

W

72

6.35

0.23

0.7

0.4

14

9.525

16

1.48

1.1

1.5

16

-

11

W

11

-

60

W

11

-

60

W

60

6.35

0.27

0.7

0.4

1

11

-

56

W

11

-

56

W

6.35

11

0.29

0.7

0.4

56

CD

c

11

-

48

W

11

-

48

W

48

6.35

11

0.34

0.6

0

L

C

11

-

40

W

11

-

40

W

40

6.35

0.41

0.6

11

-

36

W

11

-

36

W

36

6.35

0.45

0.6

11

-

32

W

11

-

32

W

32

6.35

0.51

0.6

11

-

28

W

11

-

28

W

28

6.35

0.58

0.6

0.7

11

-

26

W

11

-

26

W

26

6.35

11

0.63

0.7

0.8

11

-

24

W

11

-

24

W

24

6.35

11

0.68

0.7

0.8

11

-

22

W

11

-

22

W

22

6.35

0.74

0.8

0.9

11

-

20

W

11

-

20

W

20

6.35

0.81

0.8 0.9

11

-

19

W

11

-

19

W

19

6.35

0.86

0.8

1.0

11

-

18

W

11

-

18

W

18

6.35

0.90

0.8

1.0

11

-

16

W

11

-

16

W

6.35

11

1.02

0.9

1.1

16

11

-

14

W

11

-

14

W

14

6.35

11

1.16

1.0

1.2

16

-

72

W

16

-

72

W

72

9.525

16

0.23

0.7

0.4

16

-

60

W

16

-

60

W

60

9.525

16

0.27

0.7

0.4

035

036

Whitworth

(

U

Chip

Breaker

)

16

-

56

W

16

-

56

W

56

9.525

16

0.29

0.7

0.4

16

-

48

W

16

-

48

W

x

48

9.525

16

0.34

0.6

Interna

55

M

16

-

40

W

16

-

40

W

9.525

16

0.41

0.6

40

CD

Pitch

Dimensions

c

0

Designation

(

Right

)

Designation

(

Left

)

16

-

36

W

16

-

36

W

36

9.525

16

0.45

0.6 0.6

0

L

Q

.

Picture

f

c

(

tpi

)

d

L

hmin

x

16

-

32

W

16

-

32

W

32

9.525

16

0.51

0.6

R

0.137

P

16

-

30

W

16

-

30

W

30

9.525

16

0.55

0.6

0.7

Externa

IRU

16

-

20

W

20

9.525

16

0.81

0.8

0.9

16

-

28

W

16

-

28

W

28

9.525

16

0.58

0.6

0.7

16

-

19

W

19

9.525

16

0.86

0.8

1.0

16

-

26

W

16

-

26

W

26

9.525

16

0.63

0.7

0.8

16

-

18

W

18

9.525

16

0.90

0.8

1.0

CD

-

x

'

16

-

24

W

16

-

24

W

c

24

9.525

16

0.68

0.7

0.8

R

0.137

P

Internal

0

16

-

16

W

16

9.525

16

1.02

0.9

1.1

55

°

16

-

22

W

16

-

22

W

22

9.525

16

0.74

0.8 0.9

x

LU

16

-

14

W

14

9.525

16

1.16

1.0

1.2

i

16

-

20

W

16

-

20

W

20

9.525

16

0.81

0.8

0.9

h

f

16

-

12

W

12

9.525

16

1.36

1.1

1.4

R

0.137

P

16

-

19

W

16

-

19

W

19

9.525

16

0.86

0.8

1.0

External

16

-

11

W

11

9.525

16

1.48

1.1

1.5

16

-

18

W

16

-

18

W

18

9.525

16

0.90

0.8

1.0

16

-

1

OW

10

9.525

16

1.63

1.1

1.5

16

-

16

W

16

-

16

W

16

9.525

16

1.02

0.9

1.1

16

-

9

W

9

9.525

16

1.81

1.2

1.7

16

-

14

W

16

-

14

W

9.525

16

1.16

1.0

1.2

14

16

-

8

W

8

9.525

16

2.03

1.1

1.5

16

-

12

W

16

-

12

W

12

9.525

16

1.36

1.1

1.4

16

-

11

W

16

-

11

W

11

9.525

16

1.48

1.5

16

-

10

W

16

-

1

OW

10

9.525

16

1.63

1.5

16

-

9

W

16

-

9

W

9

9.525

16

1.81

1.2

1.7

16

-

8

W

16

-

8

W

8

9.525

16

2.03

1.2

1.5

22

-

7

W

22

-

7

W

12.7

22

3.32

1.6

2.3

7

22

-

6

W

22

-

6

W

6

12.7

22

2.71

1.6

2.3

22

-

5

W

22

-

5

W

5

12.7

22

3.25

1.7

2.4

27

-

4.5

W

27

-

4.5

W

4.5

15.875

27

3.61

1.8

2.6

27

-

4

W

27

-

4

W

4

15.875

27

4.07

2.0

2.9

HI

Thread

Insert

Thread

Insert

HI

British

Standard

Pipe

Thread

(

BSPT

)

National

Pipe

Thread

(

NPT

)

Pitch

Dimensions

Pitch

Dimensions

CD

0

Designation

(

Right

)

Designation

(

Left

)

Designation

(

Right

)

Designation

(

Left

)

CL

Picture Picture

(

tpi

)

d

L

hmin

f

(

tpi

)

d

L

hmin

f

x

ER

11

-

27

NPT

EL

11

-

27

NPT

ER

11

-

28

BSPT

EL

11

-

28

BSPT

28

6.35

11

0.58

0.6 0.6

27

6.35

11

0.66

0.7

0.8

11

-

18

NPT

11

-

18

NPT

11

-

19

BSPT

11

-

19

BSPT

19

6.35

11

0.86

0.8 0.9

18

6.35

11

1.01

0.8

1.0

11

-

14

NPT

11

-

14

NPT

11

-

14

BSPT

11

-

14

BSPT

14

6.35

11

1.16

0.9

1.0

14

6.35

11

1.33

0.8

1.0

R

0.137

P

Internal

CD

27.93

16

-

27

NPT

16

-

27

NPT

16

-

28

BSPT

16

-

28

BSPT

28

9.525

16

0.58

0.6

c

27

9.525

16

0.66

0.7

0.8

c

L

0

L

16

-

18

NPT

16

-

18

NPT

16

-

19

BSPT

16

-

19

BSPT

19

9.525

16

0.86

0.8

0.9

18

9.525

16

1.01

0.8

1.0

x

LU

/

R

0.137

F

Externa

903

.

16

-

14

NPT

16

-

14

NPT

16

-

14

BSPT

14

9.525

16

1.16

1.0

1.2

14

9.525

16

1.33

0.9

1.2

16

-

14

BSPT

16

-

11.5

NPT

16

-

11.5

NPT

11

9.525

16

1.48

1.1

1.5

11.5

9.525

16

1.64

1.1

1.5

16

-

11

BSPT

16

-

11

BSPT

16

-

8

NPT

16

-

8

NPT

8

9.525

16

2.42

1.3

1.8

IR

11

-

28

BSPT

IL

11

-

28

BSPT

IR

11

-

27

NPT

IL

11

-

27

NPT

28

6.35

11

0.58

0.6 0.6

27

6.35

11

0.66

0.7

0.8

11

-

19

BSPT

11

-

19

BSPT

11

-

18

NPT

11

-

18

NPT

19

6.35

11

0.86

0.8

0.9

18

6.35

11

1.01

0.8

1.0

f

x

11

-

14

BSPT

11

-

14

BSPT

11

-

14

NPT

11

-

14

NPT

14

6.35

11

1.16

0.9

1.0

14

6.35

11

1.33

0.8

1.0

R

0.137

P

Internal

CD

c

16

-

28

BSPT

16

-

28

BSPT

c

28

9.525

16

0.58

0.6

27.53

16

-

27

NPT

16

-

27

NPT

27

9.525

16

0.66

0.7

0.8

27.93

0

16

-

1

9

BSPT

16

-

19

BSPT

19

9.525

16

0.86

0.8

0.9

16

-

18

NPT

16

-

18

NPT

18

9.525

16

1.01

0.8

1.0

L

c

16

-

14

BSPT

16

-

14

BSPT

14

9.525

16

1.16

1.0

1.2

16

-

14

NPT

16

-

14

NPT

14

9.525

16

1.33

0.9

1.2

9

^

-

Nfcf

/

R

0.137

F

Externa

16

-

11

BSPT

16

-

11

BSPT

11

9.525

16

1.48

1.1

1.5

16

-

11.5

NPT

11.5

9.525

16

1.64

1.1

1.5

16

-

11.5

NPT

8

9.525

16

2.42

1.3

1.8

16

-

8

NPT

16

-

8

NPT

037

038

National

Pipe

Thread

(

V

Style

)

Pitch

Dimensions

0

Designation

(

Right

)

Designation

(

Left

)

Q

.

Picture

(

tpi

)

d

L

hmin

f

t

x

British

Standard

Pipe

Thread

(

V

Style

)

VEL

11

-

27

NPT

VER

11

-

27

NPT

27

6.35

11

0.66

0.70

2.0

3.2

Pitch

Dimensions

11

-

18

NPT

11

-

18

NPT

18

6.35

11

1.01

0.70

1.8

3.2

0

Designation

(

Right

)

Designation

(

Left

)

Q

.

CD

Picture

c

f

11

-

14

NPT

11

-

14

NPT

(

tpi

)

d

L

hmin

14

6.35

11

1.33

0.70

1.8

3.2

t

x

0

16

-

27

NPT

16

-

27

NPT

27

9.525

16

0.66

1.10

2.9

3.6

x

LU

VER

16

-

28

BSPT

VEL

16

-

28

BSPT

28

9.525

16

0.58

1.10

3.0

3.6

16

-

18

NPT

16

-

18

NPT

18

9.525

16

1.01

1.10

2.6

3.6

CD

t

16

-

19

BSPT

16

-

19

BSPT

19

9.525

16

0.86

1.10

2.7

3.6

11.5

9.525

16

1.64 1.10

2.1

3.6

c

16

-

11.5

NPT

16

-

11.5

NPT

0

16

-

14

BSPT

16

-

14

BSPT

14

9.525

16

1.16

1.10

2.4

3.6

x

LU

16

-

11

BSPT

16

-

11

BSPT

11

9.525

16

1.48

1.10

2.1

3.6

1

"

47

’

/

RD

.

137

P

Externa

*

HI

Thread

Insert

Thread

Insert

HI

British

Standard

Pipe

Thread

(

BSPT

) (

M

Chip

Breaker

)

National

Pipe

Thread

(

NPT

) (

M

Chip

Breaker

)

Pitch

Dimensions

Pitch

Dimensions

CD

Designation

(

Right

)

Designation

(

Right

)

Designation

(

Left

)

Designation

(

Left

)

CL

Picture

(

tpi

)

f

(

tpi

)

f

d

L

hmin

d

L

hmin

x

f

ERM

16

-

14

BSPT

14

9.525

16

1.16

1.0

1.2

ERM

16

-

14

NPT

14

9.525

16

1.33

0.9

1.2

X X

R

0.137

P

Internal

16

-

11

BSPT

1.48

1.1

1.5

1.64

1.1

1.5

11

9.525

16 16

-

11.5

NPT

11.5

9.525

16

55

°

03

c c

16

-

8

NPT

8

9.525

16

2.42

1.3

1.8

t

CD

h

/

X X

t

L

±

J

LU

R

0.137

P

ii

External

d

Pitch

Dimensions

Pitch

Dimensions

CD

Designation

(

Right

)

Designation

(

Right

)

Designation

(

Left

)

Designation

(

Left

)

CL

Picture

>

.

(

tpi

)

f

(

tpi

)

f

d

L

hmin

d

L

hmin

x

f

IRM

16

-

14

BSPT

14

9.525

16

1.16

1.0

1.2

IRM

16

-

14

NPT

14

9.525

16

1.33

0.9

1.2

R

0.137

P

Internal

16

-

11

BSPT

11

9.525

16

1.48

1.1

1.5

16

-

11.5

NPT

11.5

9.525

16

1.64

1.1

1.5

55

°

03

c c

16

-

8

NPT

8

9.525

16

2.42

1.3

1.8

t

CD

h

X

t

LU

R

0.137

P

External

039

040

British

Standard

Pipe

Thread

(

BSPT

) (

U

Chip

Breaker

)

National

Pipe

Thread

(

NPT

) (

U

Chip

Breaker

)

Pitch

Dimensions

Pitch

Dimensions

CD

Designation

(

Right

)

Designation

(

Right

)

Designation

(

Left

)

Designation

(

Left

)

CL

Picture

(

tpi

)

d

L

hmin

f

(

tpi

)

d

L

hmin

f

x

ERU

16

-

14

BSPT

14

9.525

16

1.16

1.0

1.2

ERU

16

-

14

NPT

14

9.525

16

1.33

0.9

1.2

x

-

r

R

0.137

P

Internal

16

-

11

BSPT

11

9.525

16

1.48

1.1

1.5

16

-

11.5

NPT

11.5

9.525

16

1.64

1.1

1.5

27.5

°

27.5

°

03

c

16

-

8

NPT

9.525

16

2.42

1.3

1.8

8

CD

h

X

T

LU

90

^

\

-

T

47

'

7

R

0.137

P

External

Pitch

Dimensions

Pitch

Dimensions

CD

Designation

(

Right

)

Designation

(

Right

)

Designation

(

Left

)

Designation

(

Left

)

Q

.

Q

.

Picture

(

tpi

)

f

d

L

hmin

(

tpi

)

d

L

hmin

x

IRU

16

-

14

BSPT

14

9.525

16

1.16

1.0

1.2

IRU

16

-

14

NPT

14

9.525

16

1.33

0.9

1.2

-

X

r

R

0.137

P

Internal

16

-

11

BSPT

11

9.525

16

1.48

1.1

1.5

16

-

11.5

NPT

11.5

9.525

16

1.64

1.1

1.5

27.5

°

27.5

°

03

c c

16

-

8

NPT

8

9.525

16

2.42

1.3

1.8

CD

h

X X

t

LU

90

^

\

f

47

'

7

R

0.137

P

External

HI

Thread

Insert

Thread

Insert

HI

Trapez

DIN

103

(

TR

)

National

Pipe

Threads

-

Dryseal

(

NPTF

)

Pitch

Dimensions

Pitch

Dimensions

CD

0

Designation

(

Right

)

Designation

(

Right

)

Designation

(

Left

)

Designation

(

Left

)

Q

.

Q

.

Picture Picture

f

(

tpi

)

d

L

hmin

f

(

mm

)

d

L

hmin

x

ER

11

-

27

NPTF

EL

11

-

27

NPT

ER

11

-

1.5

TR

EL

11

-

1.5

TR

27

6.35

11

0.64

0.7

0.8

1.5

6.35

11

0.90

0.8

0.9

11

-

18

NPTF

11

-

18

NPT

6.35

11

1.00

0.8

1.0

18

16

-

1.5

TR

16

-

1.5

TR

1.5

9.525

16

0.90

1.0

1.1

x

11

-

14

NPTF

11

-

14

NPT

6.35

11

1.35

0.8

1.0

14

16

-

2

.

OTR

16

-

2

.

OTR

2.0

9.525

16

1.25

1.1

1.3

CD

c

CD

16

-

27

NPTF

16

-

27

NPT

27

9.525

16

0.64

0.7

0.8

3.0

9.525

16

1.75

1.3

1.5

16

-

3

.

OTR

16

-

3

.

OTR

L

0

L

X

16

-

18

NPTF

16

-

18

NPT

18

9.525

16

1.00

0.8

1.0

4.0

12.7

22

2.25

1.7

1.9

22

-

4

.

OTR

22

-

4

.

OTR

LU

x

LU

External

16

-

14

NPTF

16

-

14

NPT

14

9.525

16

1.35

0.9

1.2

5.0

12.7

22

2.75

2.1

2.5

22

-

5

.

OTR

22

-

5

.

OTR

16

-

11.5

NPTF

16

-

11.5

NPT

11.5

9.525

16

1.63

1.1

1.5

6.0

15.875

27

3.50

2.3

2.7

27

-

6

.

OTR

27

-

6

.

OTR

16

-

8

NPT

16

-

8

NPTF

8

9.525

16

2.38

1.3

1.8

27

-

7

.

OTR

27

-

7

.

OTR

7.0

15.875

27

4.00

2.7

3.2

IR

11

-

27

NPTF

IL

11

-

27

NPT

27

6.35

11

0.64

0.7

0.8

IR

11

-

1.5

TR

IL

11

-

1.5

TR

1.5

6.35

11

0.90

0.8

0.9

f

11

-

18

NPTF

11

-

18

NPT

18

6.35

11

1.00

0.8

1.0

16

-

1.5

TR

16

-

1.5

TR

1.5

9.525

16

0.90

1.0

1.1

x

11

-

14

NPTF

11

-

14

NPT

14

6.35

11

1.35

0.8

1.0

x

16

-

2

.

OTR

16

-

2

.

OTR

2.0

9.525

16

1.25

1.1

1.3

CD

c

16

-

27

NPT

16

-

27

NPTF

27

9.525

16

0.64

0.7

0.8

CD

c

16

-

2.5

TR

16

-

2.5

TR

2.5

9.525

16

1.53

1.2

1.4

0

16

-

18

NPTF

16

-

18

NPT

0

9.525

16

1.00

0.8

1.0

18

c

16

-

3

.

OTR

16

-

3

.

OTR

3.0

9.525

16

1.75

1.3

1.5

c

16

-

14

NPTF

16

-

14

NPT

9.525

16

1.35

0.9

1.2

14

4.0

12.7

22

2.25

1.7

1.9

22

-

4

.

OTR

22

-

4

.

OTR

External

16

-

11.5

NPTF

16

-

11.5

NPT

11.5

9.525

16

1.63

1.1

1.5

5.0

12.7

22

2.75

2.1

2.5

22

-

5

.

OTR

22

-

5

.

OTR

16

-

8

NPTF

16

-

8

NPT

8

9.525

16

2.38

1.3

1.8

6.0

15.8

27

3.50

2.3

2.7

27

-

6

.

OTR

27

-

6

.

OTR

27

-

7

.

OTR

27

-

7

.

OTR

7.0

15.875

27

4.00

2.7

3.2

041

042

Round

DIN

405

Pitch

Dimensions

0

Designation

(

Right

)

Designation

(

Left

)

Q

.

Picture

(

tpi

)

f

d

L

hmin

x

9.525

16

1.27

ER

16

-

1

ORD

EL

16

-

1

ORD

10

1.1

1.2

Trapez

DIN

103

(

U

Style

)

16

-

8

RD

16

-

8

RD

8

9.525

16

1.59

1.4

1.3

16

-

6

RD

16

-

6

RD

6

9.525

16

2.12

1.5

1.7

CD

Pitch

Dimensions

c

22

-

6

RD

22

-

6

RD

6

12.7

22

2.12

1.5

1.7

0

Designation

(

RightH

-

Left

)

L

CL

Picture

22

-

4

RD

22

-

4

RD

4

12.7

22

3.18

2.2

2.3

x

(

mm

)

f

d

hmin

L

LU

X

27

-

4

RD

27

-

4

RD

4

15.875

27

3.18

2.2

2.3

UEI

22

-

6

.

OTR

6.0

12.7

22

3.50

2.0

11.0

CD

c

22

-

7

.

OTR

7.0

12.7

22

4.00

2.3

11.0

0

22

-

8

.

OTR

8.0

12.7

22

4.50

2.6

11.0

x

IL

16

-

1

ORD

IR

16

-

1

ORD

10

9.525

16

1.27

1.1

1.2

LU

22

-

8

.

OTR

8.0

15.875

U

27

4.50

2.6

13.7

16

-

8

RD

16

-

8

RD

8

9.525

16

1.59

1.4

1.3

x

CD

R

0.22104

P

Internal

c

90

15.875

U

27

5.00

3.0

13.7

27

-

9

.

OTR

16

-

6

RD

16

-

6

RD

6

9.525

16

2.12

1.5

1.7

CD

3

CB

*

0

c

h

t

0

22

-

6

RD

22

-

6

RD

c

6

12.7

22

2.12

1.5

1.7

d

L

h

c

*

22

-

4

RD

22

-

4

RD

4

12.7

22

3.18

2.2

2.3

R

0.22104

P

/

External

27

-

4

RD

27

-

4

RD

15.875

27

3.18

2.2

2.3

4

HI

Thread

Insert

Thread

Insert

HI

American

ACME

(

ACME

)

Stub

ACME

(

STACME

)

Pitch

Dimensions

CD

Designation

(

Right

)

Pitch

Dimensions

Designation

(

Left

)

Q

.

Picture

CD

Designation

(

Right

)

f

Designation

(

Left

)

(

tpi

)

d

L

hmin

x

Q

.

Picture

(

tpi

)

f

d

L

hmin

x

ER

11

-

16

ACME

EL

11

-

16

ACME

16

6.35

11

0.92

1.0

1.1

ER

11

-

16

STACME

EL

11

-

16

STACME

16

6.35

11

0.60

1.0 1.0

16

-

16

ACME

16

-

16

ACME

16

9.525

16

0.92

1.0

1.1

16

-

16

STACME

16

-

16

STACME

16

9.525

16

0.60

1.0 1.0

16

-

14

ACME

16

-

14

ACME

14

9.525

16

1.03

1.0

1.2

x

16

-

14

STACME

16

-

14

STACME

14

9.525

16

0.67

1.1 1.1

16

-

12

ACME

16

-

12

ACME

12

9.525

16

1.19

1.1

1.2

CD

16

-

12

STACME

16

-

12

STACME

12

9.525

16

0.76

1.2 1.2

c

16

-

1

OACME

16

-

1

OACME

10

9.525

16

1.52

1.3

1.4

L

0

Internal

16

-

10

STACME

16

-

10

STACME

10

9.525

16

1.02

1.2

1.3

293

CD

16

-

8

ACME

16

-

8

ACME

8

9.525

16

1.84

1.4

1.5

x

c

LU

16

-

8

STACME

16

-

8

STACME

y

-

n

—

m

8

9.525

16

1.21

1.4

1.5

External

0

16

-

6

ACME

16

-

6

ACME

6

9.525

16

2.37

1.7

1.9

x

16

-

6

STACME

16

-

6

STACME

LU

6

9.525

16

1.52

1.7

1.8

22

-

6

ACME

22

-

6

ACME

6

12.7

22

2.37

1.8

2.1

External

22

-

6

STACME

22

-

6

STACME

6

12.7

22

1.52

1.7

1.8

22

-

5

ACME

22

-

5

ACME

12.7

22

2.79

2.0

2.3

5

22

-

5

STACME

22

-

5

STACME

5

12.7

22

1.78

2.1

2.3

27

-

4

ACME

27

-

4

ACME

4

15.875

27

3.43

2.4

2.7

27

-

4

STACME

27

-

4

STACME

15.875

27

2.16

2.3

2.4

4

IR

11

-

16

ACME

IL

11

-

16

ACME

16

6.35

0.92

0.9 0.9

27

-

3

STACME

27

-

3

STACME

3

15.875

27

2.79

2.9 2.9

16

-

16

ACME

16

-

16

ACME

16

9.525

16

0.92

1.0

1.1

IR

11

-

16

STACME

IL

11

-

16

STACME

16

6.35

11

0.60

1.0 1.0

16

-

14

ACME

16

-

14

ACME

14

9.525

16

1.03

1.1

1.2

x

16

-

16

STACME

16

-

16

STACME

16

9.525

16

0.60

1.0 1.0

16

-

12

ACME

16

-

12

ACME

12

9.525

16

1.19

1.2

1.3

CD

16

-

14

STACME

16

-

14

STACME

14

9.525

16

0.67

1.1 1.1

16

-

1

OACME

16

-

1

OACME

10

9.525

16

1.52

1.2

1.3

c

L

0

X

16

-

12

STACME

16

-

12

STACME

12

9.525

16

0.76

1.1

1.2

16

-

8

ACME

16

-

8

ACME

8

9.525

16

1.84

1.4

1.5

c

Internall

293

16

-

10

STACME

16

-

10

STACME

10

9.525

16

1.02

1.2

1.3

External

16

-

6

ACME

16

-

6

ACME

6

9.525

16

2.37

1.7

1.9

CD

c

16

-

8

STACME

16

-

8

STACME

9.525

16

1.21

1.4

1.5

8

0

22

-

6

ACME

22

-

6

ACME

6

12.7

22

2.37

1.8

2.1

L

C

16

-

6

STACME

16

-

6

STACME

6

9.525

16

1.52

1.7

1.8

22

-

5

ACME

22

-

5

ACME

5

12.7

22

2.79

2.0

2.3

External

22

-

6

STACME

22

-

6

STACME

6

12.7

22

1.52

1.7

1.8

27

-

4

ACME

27

-

4

ACME

4

15.875

27

3.43

2.3

2.6

043

044

22

-

5

STACME

22

-

5

STACME

12.7

22

1.78

2.1

2.3

5

27

-

4

STACME

27

-

4

STACME

4

15.875

27

2.16

2.3

2.4

27

-

3

STACME

27

-

3

STACME

3

15.875

27

2.79

2.9 2.9

American

ACME

(

U

Style

)

Stub

ACME

(

U

Sytle

)

Pitch

Dimensions

0

Designation

(

Right

+

Left

)

Q

.

Picture

Pitch

Dimensions

(

mm

)

f

d

L

hmin

x

0

Designation

(

RightH

-

Left

)

Q

.

Picture

(

mm

)

d

hmin

f

L

x

UEI

11

-

8

ACME

8

6.35

U

11

1.84

1.0

5.5

CD

c

22

-

4

ACME

4

12.7

U

22

3.43

2.3

11.0

UE

22

-

4

STACME

12.7

U

22

2.16

5.0

2.6

11.0

0

Internal

22

-

3

ACME

3

12.7

U

22

4.49

2.9

11.0

CD

X

22

-

3

STACME

12.7

U

22

2.79

3.4

11.0

5.5

c

LU

HhV

+

0

27

-

3

ACME

3

15.875

U

27

4.49

2.9

13.7

CD

x

c

LU

External

0

d

c

22

-

4

STACME

Ul

12.7

U

22

2.16

2.5

11.0

5.5

CD

Interna

29

°

c

22

-

3

STACME

12.7

U

22

2.79

3.3

11.0

6.0

0

[

V

-

fn

—

m

c

Externa

d

HI

Thread

Insert

Thread

Insert

HI

UNJ

(

Unified

Constant

Thread

)

UNJ

(

Unified

Constant

Thread

)

Pitch

Dimensions

0

Designation

(

Right

)

Designation

(

Left

)

Q

.

Picture

(

tpi

)

f

d

L

Hmin

x

Pitch

Dimensions

0

Designation

(

Right

)

Designation

(

Left

)

CL

Picture

>

,

(

tpi

)

f

d

L

hmin

x

IR

11

-

48

UNJ

IL

11

-

48

UNJ

48

6.35

11

0.28

0.6

0.5

11

-

44

UNJ

11

-

44

UNJ

44

6.35

11

0.30

0.6 0.6

48

6.35

11

0.31

0.6

0.5

ER

11

-

48

UNJ

EL

11

-

48

UNJ

11

-

40

UNJ

11

-

40

UNJ

40

6.35

11

0.33

0.6 0.6

44

6.35

11

0.33

0.6 0.6

11

-

44

UNJ

11

-

44

UNJ

11

-

36

UNJ

11

-

36

UNJ

36

6.35

11

0.37

0.6 0.6

40

6.35

11

0.37

0.6 0.6

11

-

40

UNJ

11

-

40

UNJ

11

-

32

UNJ

11

-

32

UNJ

32

6.35

11

0.42

0.6

0.7

36

6.35

11

0.41

0.6 0.6

11

-

36

UNJ

11

-

36

UNJ

11

-

28

UNJ

11

-

28

UNJ

28

6.35

11

0.47

0.7 0.7

32

6.35

11

0.46

0.6

0.7

11

-

32

UNJ

11

-

32

UNJ

11

-

24

UNJ

11

-

24

UNJ

24

6.35

11

0.55

0.7

0.8

28

6.35

11

0.52

0.7 0.7

11

-

28

UNJ

11

-

28

UNJ

11

-

20

UNJ

11

-

20

UNJ

20

6.35

11

0.66

0.8 0.9

24

6.35

11

0.61

0.7

0.8

11

-

24

UNJ

11

-

24

UNJ

11

-

18

UNJ

11

-

18

UNJ

18

6.35

11

0.74

0.8

1.0

20

6.35

11

0.73

0.8 0.9

11

-

20

UNJ

11

-

20

UNJ

11

-

16

UNJ

11

-

16

UNJ

16

6.35

11

0.83

0.9

18

6.35

11

0.81

0.8

1.0

11

-

18

UNJ

11

-

18

UNJ

11

-

14

UNJ

11

-

14

UNJ

14

9.525

11

0.95

1.0

1.2

16

6.35

11

0.92

0.9

1.1

11

-

16

UNJ

11

-

16

UNJ

16

-

48

UNJ

16

-

48

UNJ

48

9.525

16

0.28

0.6

0.5

11

-

14

UNJ

11

-

14

UNJ

14

6.35

11

1.05

1.0

1.2

16

-

44

UNJ

16

-

44

UNJ

44

9.525

16

0.30

0.6 0.6

16

-

48

UNJ

16

-

48

UNJ

48

9.525

16

0.31

0.6

0.5

f

16

-

40

UNJ

16

-

40

UNJ

40

9.525

16

0.33

0.6 0.6

16

-

44

UNJ

16

-

44

UNJ

44

9.525

16

0.33

0.6 0.6

x

16

-

36

UNJ

16

-

36

UNJ

36

9.525

16

0.37

0.6 0.6

16

-

40

UNJ

16

-

40

UNJ

40

9.525

16

0.37

0.6 0.6

5

/

16

P

Interna

16

-

32

UNJ

16

-

32

UNJ

32

9.525

16

0.42

0.6

0.7

03

c

16

-

36

UNJ

16

-

36

UNJ

36

9.525

16

0.41

0.6 0.6

x

0

16

-

28

UNJ

16

-

28

UNJ

28

9.525

16

0.47

0.7 0.7

L

5

/

16

P

Interna

c

16

-

32

UNJ

16

-

32

UNJ

32

9.525

16

0.46

0.6

0.7

0

16

-

24

UNJ

16

-

24

UNJ

60

E

24

9.525

16

0.55

0.7

0.8

c

Rmax

0.18

Q

42

P

/

Rmax

0.15011

P

Externa

16

-

28

UNJ

16

-

28

UNJ

28

9.525

16

0.52

0.7 0.7

0

L

16

-

20

UNJ

16

-

20

UNJ

20

9.525

16

0.66

0.8 0.9

x

16

-

24

UNJ

16

-

24

UNJ

24

9.525

16

0.61

0.7

0.8

LU

16

-

18

UNJ

16

-

18

UNJ

18

9.555

16

0.74

0.8

1.0

Rmax

0.18

Q

42

P

/

Rmax

0.15011

P

External

16

-

20

UNJ

16

-

20

UNJ

20

9.525

16

0.73

0.8 0.9

16

-

16

UNJ

16

-

16

UNJ

16

9.525

16

0.83

0.9

045

046

16

-

18

UNJ

16

-

18

UNJ

18

9.525

16

0.81

0.8

1.0

16

-

14

UNJ

16

-

14

UNJ

14

9.525

16

0.95

1.0

1.2

16

-

16

UNJ

16

-

16

UNJ

16

9.525

16

0.92

0.9

1.1

16

-

13

UNJ

16

-

13

UNJ

13

9.525

16

1.02

1.0

1.3

16

-

14

UNJ

16

-

14

UNJ

14

9.525

16

1.05

1.0

1.2

16

-

12

UNJ

16

-

12

UNJ

12

9.525

16

1.11

1.1

1.3

16

-

13

UNJ

16

-

13

UNJ

13

9.525

16

1.13

1.0

1.3

16

-

11

UNJ

16

-

11

UNJ

11

9.525

16

1.21

1.2

1.5

16

-

12

UNJ

16

-

12

UNJ

12

9.525

16

1.22

1.1

1.3

16

-

10

UNJ

16

-

10

UNJ

10

9.525

16

1.33

1.2

1.5

16

-

11

UNJ

16

-

11

UNJ

11

9.525

16

1.33

1.2

1.5

16

-

9

UNJ

16

-

9

UNJ

9

9.525

16

1.48

1.3

1.7

16

-

10

UNJ

16

-

10

UNJ

10

9.525

16

1.47

1.2

1.5

16

-

8

UNJ

16

-

8

UNJ

8

9.525

16

1.66

1.2

1.6

16

-

9

UNJ

16

-

9

UNJ

9

9.525

16

1.63

1.3

1.7

22

-

7

UNJ

22

-

7

UNJ

12.7

22

1.90

1.7

2.3

7

16

-

8

UNJ

16

-

8

UNJ

8

9.525

16

1.83

1.2

1.6

22

-

6

UNJ

22

-

6

UNJ

6

12.7

22

2.21

1.7

2.3

22

-

7

UNJ

22

-

7

UNJ

7

12.7

22

2.09

1.7

2.3

22

-

5

UNJ

22

-

5

UNJ

5

12.7

22

2.66

1.8

2.5

22

-

6

UNJ

22

-

6

UNJ

6

12.7

22

2.44

1.7

2.3

27

-

4.5

UNJ

27

-

4.5

UNJ

4.5

15.875

27

2.95

2.0

2.7

22

-

5

UNJ

22

-

5

UNJ

5

12.7

22

2.93

1.8

2.5

27

-

4

UNJ

27

-

4

UNJ

4

15.875

27

3.32

2.2

3.0

27

-

4.5

UNJ

27

-

4.5

UNJ

4.5

15.875

27

3.26

2.0

2.7

27

-

4

UNJ

27

-

4

UNJ

4

15.875

27

3.67

2.2

3.0

UNJ

(

U

Sytle

)

Pitch

Dimensions

0

Designation

(

Right

+

Left

)

Q

.

Picture

(

mm

)

f

d

hmin

L

x

UE

22

-

4.5

UNJ

12.7

U

4.5

22

3.26

2.1

11.0

5

/

16

P

interna

22

-

4

UNJ

12.7

U

60

°

4

22

3.67

2.1

11.0

F

31

4

=

0

c

0

Rnax

0.18042

F

Rmin

0.15011

FExterna

X

LU

Ul

22

-

4.5

UNJ

12.7

U

4.5

22

2.95

2.1

11.0

c

5

/

16

P

Internal

0

60

°

22

-

4

UNJ

4

12.7

U

22

3.32

2.2

11.0

h

c

RmaXO

.

180421

Rmin

0.15011

FExterna

HI

Thread

Insert

Thread

Insert

HI

American

Buttress

(

ABUT

)

Metric

Buttress

(

SAGE

)

Pitch

Dimensions

Pitch

Dimensions

CD CD

Designation

(

Right

)

Designation

(

Left

)

Designation

(

Right

)

Designation

(

Left

)

Q

_

Q

.

Picture

(

tpi

)

d

L

hmin

f

(

mm

)

d

L

hmin

x

ER

11

-

20

ABUT

EL

11

-

20

ABUT

ER

16

-

2

.

OSAGE

EL

16

-

2

.

OSAGE

20

6.35

11

0.84

1.0

1.4

2.0

9.525

16

1.74

1.47

2.08

nternal

0.26384

P

22

-

2

.

OSAGE

22

-

2

.

OSAGE

11

-

16

ABUT

11

-

16

ABUT

16

6.35

11

1.05

1.3

1.9

2.0

12.7

22

1.74

1.47

2.08

c

L

16

-

20

ABUT

16

-

20

ABUT

20

9.525

16

0.84

1.0

1.4

22

-

3

.

OSAGE

22

-

3

.

OSAGE

3.0

12.7

22

2.60

1.79

2.60

CD

03

X

c

16

-

16

ABUT

16

-

16

ABUT

16

9.525

16

1.05

1.3

1.9

LU

27

-

4

.

OSAGE

27

-

4

.

OSAGE

4.0

15.875

27

3.55

1.93

3.20

0.26384

P

CD

•

-

Externa

L

12

9.525

16

1.40

1.4

2.0

16

-

12

ABUT

16

-

12

ABUT

x

LU

10

9.525

16

1.68

1.5

2.3

16

-

1

OABUT

16

-

1

OABUT

IR

16

-

2

.

OSAGE

IL

16

-

2

.

OSAGE

9.525

16

1.50

1.52

2.2

2.0

0.26384

P

(

ELmternal

8

12.7

22

2.10

2.0

3.2

22

-

8

ABUT

22

-

8

ABUT

22

-

3

.

OSAGE

22

-

3

.

OSAGE

3.0

12.7

22

2.25

1.66

2.9

03

c

6

12.7

22

2.80

2.2

3.5

22

-

6

ABUT

22

-

6

ABUT

5

/

8

27

3.09

2.12

3.2

27

-

4

.

OSAGE

27

-

4

.

OSAGE

4.0

CD

L

C

IR

11

-

20

ABUT

IL

11

-

20

ABUT

20

6.35

11

0.84

1.0

1.4

0.26384

P

,

•

-

External

11

-

16

ABUT

11

-

16

ABUT

16

6.35

11

1.05

1.3

1.9

16

-

20

ABUT

16

-

20

ABUT

20

9.525

16

0.84

1.0

1.4

x

03

16

-

16

ABUT

16

-

16

ABUT

16

9.525

16

1.05

1.3

1.9

c

CD

API

V

-

0.038

R

(

full

form

)

API

spec

7

-

2

16

-

12

ABUT

16

-

12

ABUT

12

9.525

16

1.40

1.4

2.0

c

10

9.525

16

1.68

1.5

2.3

16

-

1

OABUT

16

-

1

OABUT

Pitch

Dimensions

8

12.7

22

2.10

2.0

3.2

22

-

8

ABUT

22

-

8

ABUT

CD

Size

Q

.

Designation

Picture

6

12.7

22

2.80

2.2

3.5

22

-

6

ABUT

22

-

6

ABUT

(

mm

)

f

d

L

hmin

x

ER

22

-

4

API

382

4

NC

23

-

NC

50

12.7

22

3.09

2.1

2.8

047

048

22

-

4

API

383

4

NC

56

-

NC

77

12.7

22

3.08

2.1

2.8

03

c

NC

23

-

NC

50

CD

EL

22

-

4

API

382

4

12.7

22

3.09

2.1

2.8

x

LU

22

-

4

API

383

4

NC

56

-

NC

77

12.7

22

3.08

2.1

2.8

4

NC

23

-

NC

50

12.7

22

3.09

2.1

2.8

IR

22

-

4

API

382

4

NC

56

-

NC

77

12.7

22

3.08

2.1

2.8

03

22

-

4

API

383

c

4

NC

23

-

NC

50

12.7

22

3.09

2.1

2.8

CD

IL

22

-

4

API

382

c

British

Buttress

(

BBUT

)

NC

56

-

NC

77

4

12.7

22

3.08

2.1

2.8

22

-

4

API

383

Pitch

Dimensions

o

Designation

(

Right

)

Designation

(

Left

)

Q

_

Picture

(

tpi

)

d

L

hmin

x

f

API

V

-

0.040

ER

16

-

16

BBUT

EL

16

-

16

BBUT

16

9.525

16

0.80

1.1

1.6

Pitch

Dimensions

16

-

12

BBUT

16

-

12

BBUT

12

9.525

16

1.07

1.4

2.1

03

0

c

Size

Q

.

Designation

Picture

16

-

1

OBBUT

16

-

10

BBUT

L

9.525

16

1.28

1.4

2.2

10

0

f

(

mm

)

d

L

hmin

x

16

-

8

BBUT

16

-

8

BBUT

LU

9.525

16

1.61

1.6

2.5

8

22

-

8

BBUT

22

-

8

BBUT

8

12.7

22

1.61

1.6

2.5

2

3

/

8

"

-

4

1

/

2

"

REG

ER

22

-

5

API

403

5

12.7

22

2.99

1.8

2.6

27

-

5

API

403

5

2

3

/

8

"

-

4

1

/

2

"

REG

15.875

27

2.99

03

1.9

2.7

IR

16

-

16

BBUT

IL

16

-

16

BBUT

16

9.525

16

0.80

1.1

1.6

Internal

c

30

'

30

'

EL

22

-

5

API

403

5

2

3

/

8

"

-

4

1

/

2

"

REG

12.7

22

2.99

0

1.8

2.6

16

-

12

BBUT

16

-

12

BBUT

12

9.525

16

1.07

1.4

2.1

03

X

c

LU

27

-

5

API

403

2

3

/

8

"

-

4

1

/

2

"

REG

15.875

27

2.99

5

1.9

2.7

16

-

1

OBBUT

16

-

1

OBBUT

10

9.525

16

1.28

1.4

2.2

0

90

:

r

txternai

c

16

-

8

BBUT

16

-

8

BBUT

8

9.525

16

1.61

1.6

2.5

22

-

8

BBUT

22

-

8

BBUT

8

12.7

22

1.61

1.6

2.5

IR

22

-

5

API

403

5

2

3

/

8

"

-

4

1

/

2

"

REG

12.7

22

2.99

1.8

2.6

27

-

5

API

403

5

2

3

/

8

"

-

4

1

/

2

"

REG

15.875

27

2.99

1.9

2.7

03

Internal

c

30

'

IL

22

-

5

API

403

2

3

/

8

"

-

4

1

/

2

"

REG

12.7

22

2.99

5

1.8

2.6

0

c

2

3

/

8

"

-

4

1

/

2

"

REG

27

-

5

API

403

5

15.875

27

2.99

1.9

2.7

HI

Thread

Insert

Thread

Insert

HI

API

V

-

0.050

API

Buttress

Casing

(

BUT

)

Pitch

Dimensions

Pitch

Dimensions

CD

0

Designation

(

Right

)

Designation

(

Left

)

Size

Q

-

Q

.

Designation

Picture Picture

IPF

(

mm

)

d

L

hmin

x

f

(

tpi

)

d

L

hmin

f

x

ER

22

-

5

BUT

75

EL

22

-

5

BUT

75

5

0.75

12.7

22

1.55

3.1

1.9

ER

22

-

4

API

502

4

6

5

/

8

"

REG

12.7

22

3.75

2.0

2.9

22

-

5

BUT

1

22

-

5

BUT

1

5

12.7

22

1.55

3.1

1.9

Internal

22

-

4

API

503

4

5

1

/

2

"

,

7

5

/

8

"

8

5

/

8

"

REG

12.7

22

3.74

2.0

2.9

03

c

27

-

4

API

502

4

6

5

/

8

"

REG

15.875

27

3.75

2.1

3.1

0

X

5

1

/

2

"

,

7

5

/

8

"

8

5

/

8

"

REG

27

-

4

API

503

4

15.875

27

3.74

2.1

3.1

c

LU

*

9

^

0

6

5

/

8

"

REG

EL

22

-

4

API

502

4

12.7

22

3.75

2.0

2.9

Externa

x

LU

22

-

4

API

503

4

5

1

/

2

"

,

7

5

/

8

"

8

5

/

8

"

REG

12.7

22

3.74

2.0

2.9

IR

22

-

5

BUT

75

IL

22

-

5

BUT

75

5

0.75

12.7

22

1.55

2.8

1.9

=

arctg

(

IPF

/

24

)

27

-

4

API

502

4

6

5

/

8

"

REG

15.875

27

3.75

2.1

3.1

x

22

-

5

BUT

1

22

-

5

BUT

1

5

1

12.7

22

1.55

2.8

1.9

I

nternal

27

-

4

API

503

5

1

/

2

"

,

7

5

/

8

"

8

5

/

8

"

REG

15.875

27

3.74

2.1

3.1

4

CD

C

0

4

6

5

/

8

"

REG

12.7

22

3.75

2.1

3.1

IR

22

-

4

API

502

c

i

5

1

/

2

"

,

7

5

/

8

"

8

5

/

8

"

REG

12.7

22

3.74

2.0

2.9

4

22

-

4

API

503

20

Externa

6

5

/

8

"

REG

4

15.875

27

3.75

2.1

3.1

27

-

4

API

502

03

4

5

1

/

2

"

,

7

5

/

8

"

8

5

/

8

"

REG

15.875

27

3.74

2.1

3.1

c

27

-

4

API

503

0

4

6

5

/

8

"

REG

12.7

22

3.75

2.1

3.1

IL

22

-

4

API

502

c

4

5

1

/

2

"

,

7

5

/

8

"

8

5

/

8

"

REG

12.7

22

3.74

2.0

2.9

22

-

4

API

503

6

5

/

8

"

REG

4

15.875

27

3.75

2.1

3.1

27

-

4

API

502

5

1

/

2

"

,

7

5

/

8

"

8

5

/

8

"

REG

4

15.875

27

3.74

2.1

3.1

27

-

4

API

503

049

050

API

V

-

0.040

API

Round

Casing

&

Tubing

(

APIRD

)

Pitch

Dimensions

00

Designation

(

Right

)

Designation

(

Left

)

Size

Q

.

Designation

o

.

Picture

>

,

(

mm

)

ff

d

L

hmin

x

(

tpi

)

d

L

hmin

x

ER

16

-

1

OAPIRD

EL

16

-

1

OAPIRD

10

9.525

16

1.41

1.2

1.4

ER

22

-

6

API

551

6

NC

10

-

NC

16

12.7

22

1.41

2.6

2.0

16

-

8

APIRD

16

-

8

APIRD

8

9.525

16

1.81

1.3

1.5

Internal

NC

10

-

NC

16

EL

22

-

6

API

551

6

12.7

22

1.41

CD

2.6

2.0

3

(

0

03

c

0

L

X

LU

Externa

NC

10

-

NC

16

IR

22

-

6

API

551

6

12.7

22

1.41

2.6

2.0

IR

16

-

1

OAPIRD

16

-

8

APIRD

IL

16

-

1

OAPIRD

10

9.525

16

-

8

APIRD

IL

22

-

6

API

551

6

NC

10

-

NC

16

12.7

22

1.41

8

2.6

2.0

03

Internal

c

CD

m

3

(

0

c

0

C

c

Externa

HI

Threading

Tool

Holder

Threading

Tool

Holder

HI

Extreme

Line

Casing

(

EL

)

W

S

Pitch

Dimensions

0

l

Designation

(

Right

)

Designation

(

Left

)

Q

-

Picture

L

>

,

(

mm

)

IPF

d

L

hmin

f

x

H

ER

22

-

6

EL

15

EL

22

-

6

EL

15

6

1.5

12.7

22

1.21

1.9 1.9

h

22

-

5

EL

125

22

-

5

EL

125

5

1.25

12.7

22

1.71

2.3

2.4

03

c

0

_

X

LU

9

CH

.

\

f

External

SER

/

L

f

IL

22

-

6

EL

15

IR

22

-

6

EL

15

6

1.5

12.7

22

1.39

1.8 1.9

Dimensions

(

mm

)

x

!

=

arctg

(

IPF

/

24

)

Shim

Screw

Wrench

Applicable

Insert

Designation

22

-

5

EL

125

22

-

5

EL

125

1.25

12.7

22

1.91

2.2

2.4

5

@

6

^

CD

s

H

W

L

h

I

c

0

c

SER

/

L

0808

-

H

11

8 8

11

8

17.5

100

T

-

8

M

2.5

X

8

11

ER

/

L

9

CKL

,

y

External

10 10

80

11

10

17.5

1010

-

F

11

X X

M

3.5

X

9

T

15

12 12

80

12

17.5

1212

-

F

11

12 12

80

16

12

22

1212

-

F

16

1616

-

H

16

16 16

100

20

16

20.5

STM

16

R

STM

16

L

16

ER

/

L

M

3.5

X

12

M

3

X

6

N

T

-

15

VAM

2020

-

K

16

20 20

125

25

20

30

2525

-

M

16

25 25

150

32

25

30

3232

-

P

16

32 32

170

40

32

30

Pitch

Taper

Dimensions

STM

22

R

STM

22

L

2525

-

M

22

25 25

150

32

25

36

0

M

4

X

16

M

4

X

6

N

T

-

20

22

ER

/

L

Designation

(

Right

)

Designation

(

Left

)

Q

.

SIZE

Picture

3232

-

P

22

32 32

170

40

32

36

f

(

tpi

)

IPF

d

L

hmin

x

4040

-

R

22

40 40

200

50

40

36

2525

-

M

27

25 25

150

32

25

35

ER

16

-

8

VAM

EL

16

-

8

VAM

0.75

23

/

8

"

27

/

8

"

9.525

16

0.97

1.7

1.3

8

3232

-

P

27

32 32

170

40

32

40

f

27

ER

/

L

STM

27

M

5

X

20

M

4

X

6

N

T

-

20

x

22

-

6

VAM

22

-

6

VAM

31

/

2

"

6

12.7

22

0.67

2.4 2.4

0.75

4040

-

R

27

40 40

200

50

40 40

*

CD

22

-

5

VAM

22

-

5

VAM

0.75

5

"

-

95

/

8

"

12.7

22

1.54

2.4

2.7

5

5050

-

T

27

50

300

60

50

40

c

051

052

0

L

X

LU

L

=

arctg

(

IPF

/

24

)

8

0.75

23

/

8

"

27

/

8

"

9.525

16

0.97

1.7

1.8

IR

16

-

8

VAM

IL

16

-

8

VAM

f

X

31

/

2

"

12.7

22

0.97

2.5

22

-

6

VAM

22

-

6

VAM

6

0.75

L

w

s

I

CD

22

-

5

VAM

22

-

5

VAM

5

"

-

95

/

8

"

12.7

22

1.54

2.4

2.5

©

5

0.75

c

0

L

c

L

=

arctg

(

IPF

/

24

)

h

H

Pitch

Dimensions

CER

/

L

0

Designation

(

Right

)

Designation

(

Left

)

Q

.

Thread

Picture

(

tpi

)

d

L

hmin

x

f

Spare

parts

Dimensions

(

mm

)

Applicable

Insert

Designation

Shim

Clamp

Screw

Wrench

Pg

7

ER

11

-

20

Pg

EL

11

-

20

Pg

20

6.35

11

0.61

0.8 0.9

s

H

W

L

h

I

Pg

9

/

11

/

13.5

/

16

11

-

18

Pg

11

-

18

Pg

6.35

11

0.67

0.8

1.0

18

Interna

R

0.107

P

80

°

CD

Pg

21

/

29

/

36

/

42

/

48

6.35

11

0.76

0.9

1.1

11

-

16

Pg

11

-

16

Pg

16

c

CER

/

L

1616

-

H

16

100

16 16

20.5

16

-

20

Pg

16

-

20

Pg

7

9.525

16

0.61

0.8 0.9

20

0

20 20

125

20 20

30

2020

-

K

16

STM

16

R

STM

16

L

x

R

0.107

P

16

-

18

Pg

16

-

18

Pg

9

/

11

/

13.5

/

16

9.525

16

0.67

0.8

1.0

18

16

ER

/

L

LU

CH

5

R

3

CHX

0513

CTS

-

5

L

2.5

2525

-

M

16

25 25

150

25 25

30

16

-

20

Pg

16

-

20

Pg

21

/

29

/

36

/

42

/

48

9.525

16

0.76

0.9

1.1

Extern

;

I

16

3232

-

P

16

32

170

32 32

30

25 25

36

2525

-

M

22

150

IR

11

-

20

Pg

IL

11

-

20

Pg

6.35

11

0.64

0.8

0.9

Pg

7

20

STM

22

R

STM

22

L

32

170

32

36

3232

-

P

22

11

-

18

Pg

11

-

18

Pg

6.35

11

0.67

0.8

1.0

Pg

9

/

11

/

13.5

/

16

18

22

ER

/

L

CH

6

R

3

CHX

0621

CTS

-

6

L

3.0

Interna

R

0.107

P

40 40

200

40 40

36

4040

-

R

22

11

-

16

Pg

11

-

16

Pg

21

/

29

/

36

/

42

/

48

6.35

11

0.76

0.9

1.1

80

°

16

CD

c

25 25

150

25

35

16

-

20

Pg

16

-

20

Pg

2525

-

M

27

9.525

16

0.64

0.8

0.9

Pq

7

20

0

STM

27

R

STM

27

L

16

-

18

Pg

16

-

18

Pg

32

170

32

40

3232

-

P

27

Pg

9

/

11

/

13.5

/

16

9.525

16

0.67

0.8

1.0

27

ER

/

L

CH

8

R

3

CHX

0822

CTS

-

8

L

4.0

18

R

0.107

P

c

16

-

20

Pg

16

-

20

Pg

4040

-

R

27

40 40

200

40 40

40

9.525

16

0.76

0.9

1.1

16

Pg

21

/

36

/

42

/

48

Extern

;

I

5050

-

T

27

50

300

50 50

40

HI

Threading

Tool

Holder

Threading

Tool

Holder

HI

L

B

if

)

A

t

h

H

L

h h

i

I

U

C

1

K

t

x

A

r

S

*

?

1

±

x

w

V

Y

tA

SER

/

L

-

G

SER

/

L

-

VS

Spare

parts

Dimensions

(

mm

)

Dimensions

(

mm

)

Spare

parts

Applicable

Insert

Applicable

Insert

Designation

Shim

Screw

Shim

Screw

Wrench

Screw

Wrench

h

I

S

c

C

1

S

H

W

L

h

I

H

W

L

A

B

1

r

8 8

100

12

8

16

SER

/

L

0808

-

H

11

G

SER

/

L

0808

-

F

11

VS

8

80

7

4.8

12.5 11.5

8

10

14.0

M

2.5

*

8

T

-

8

11

ER

/

L

10

100

10

16

1010

-

F

11

VS

1010

-

H

11

G

16

10

80

7

6.8

12.5 11.5

10

14.0

11

VER

/

L

M

2.5

*

5

T

-

8

X

10

100

16

12

16

1212

-

F

11

VS

1010

-

H

16

G

12 12

80

7

8.8

14.5 11.5

12

14.0

3

M

3.5

*

9

T

-

15

12 12

100

17.2

12

17.8

1616

-

H

11

VS

1212

-

H

16

G

16

100

7

12.8

14.5

11.5

16 16

14.0

3

16

ER

/

L

14

100

17.2

14

17.8

1010

-

F

16

VS

1414

-

H

16

G

10

80

7

6.4

14.5

11.5

10

14

18.5

3

16

100

20

16

23

1212

-

F

16

VS

1616

-

H

16

G

STM

16

R

STM

16

L

12 12

80

7

8.4

14.5 11.5

12

14

18.5

3

M

3.5

*

12

M

3

*

6

N

T

-

15

20

125

25

20

23

1616

-

H

16

VS

2020

-

K

16

G

16

100

7

12.4

14.5 11.5

16 16

25.0

3

2020

-

K

16

VS

20

125

7

16.4

16.5 11.5

20 20

30.0

5

16

VER

/

L

M

3.5

*

9

T

-

15

2525

-

M

16

VS

25 25

150

7

21.4

16.5 11.5

25

30.0

5

3232

-

P

16

VS

32 32

170

7

28.4

16.5

11.5

32 32

30.0

5

4040

-

R

16

VS

40 40

200

7

36.4

16.5

11.5

40 40

30.5

5

2525

-

M

22

VS

25 25

150

12

20.2

16.5 11.5

25

30.0

5

22

VER

/

L

M

4

*

10

T

-

20

3232

-

P

22

VS

32 32

170

12

27.2

16.5

11.5

32 32

30.0

5

4040

-

R

22

VS

40 40

200

12

35.2

16.5

11.5

40 40

30.0

5

053

054

w

s

m

1

^

3

s

\

(

o

W

h

H

L

h

H

CER

/

L

-

V

Spare

parts

Dimensions

(

mm

)

Applicable

Insert

Designation

Clamp

Screw Screw

Wrench

S

H

W

L

h

SER

/

L

-

U

CER

/

L

1616

-

H

16

V

16

100

20

16

Dimensions

(

mm

)

Shim

Screw

Shim

Screw

Wrench

20

125

25

20

2020

-

K

16

V

Applicable

Insert

T

-

15

Designation

16

VER

/

L

CS

6

R

1

ML

0622

M

3.5

*

9

L

3.0

2525

-

M

16

V

25

150

30

25

S

H

W

L

h

I

3232

-

P

16

V

32 32

170

40

32

2020

-

K

22

V

20

125

25

20

SER

/

L

2525

-

M

22

U

25 25

150

14

25

38

T

-

20

M

4

*

10

25

30

25

22

VER

/

L

CS

6

R

1

ML

0622

2525

-

M

22

V

150

STM

22

UR

STM

22

UL

L

4.0

3232

-

P

22

U

32 32

170

21.5

32

38

22

UE

M

4

*

16

M

4

X

6

N

T

-

20

32 32

170

40

32

3232

-

P

22

V

29

4040

-

R

22

U

40 40

200

40

38

25 25

150

14

25

40

2525

-

M

27

U

32 32

170

21.5

32

40

3232

-

P

27

U

STM

27

UR

STM

27

UL

27

UE

M

5

*

20

M

5

*

8

N

T

-

20

40 40

200

29

40 40

4040

-

R

27

U

50 50

300

39

50

40

5050

-

T

27

U

HI

Threading

Tool

Holder

Threading

Tool

Holder

HI

D

Minimum

diameter

for

machining

-

044

-

t

0

D

minimum

diameter

for

maching

fi

Fig

1

£

44

L

a

L

1

Fig

2

s

SNR

/

L

-

C

With

Carbide

Shank

t

Spare

parts

Dimensions

(

mm

)

Applicable

Insert

Designation

Shim

Screw

Shim

Screw

Wrench

h

SNR

/

L

s

dmin

d

1

H

L

I

SNR

/

L

0008

-

K

08

C

9.9

8

8.0

7

125

5.0

21

08

IR

/

L

M

2.2

*

5

T

-

6

X X

Spare

parts

Screw

Shim

Screw

Wrench

Dimensions

(

mm

)

13

9

7.3

0010

-

M

11

C

10

10.0

150

25

Applicable

Insert

Designation

Shim

M

2.5

*

8

T

-

8

X

11

IR

/

L

X

0012

-

Q

11

C

15

12

12.0

11

180

8.4

28

Fig

.

S

dmin

d

1

H

L

I

T

-

15

M

3.5

*

9

0016

-

R

16

C

20

16

16.0

15

200

11.5

40

X X

0020

-

S

16

C

24

20

20.0

18

250

13.4

40

16

IR

/

L

STM

16

L

STM

16

R

T

-

15

M

3.5

*

1

2

SNR

/

L

0008

-

K

08

9.9

8

8.0

7

125

5.0

21

08

IR

/

L

M

2.2

*

5

T

-

6

M

3

X

6

N

1

23

0025

-

T

16

C

29

25

24.5

300

16.3

45

9

0008

-

K

08

-

A

10

9.9

10

8.0

125

5.0

24

1

18

0020

-

S

22

C

27

20

20.0

250

14.9

40

STM

22

L

STM

22

R

22

IR

/

L

15

0008

-

K

08

-

A

16

9.9

16

8.0

125

5.0

24

M

4

X

6

N

T

-

20

1

M

4

*

16

23

0025

-

T

22

C

32

25

24.6

300

18.1

45

13

10

10.0

9

125

7.3

25

0010

-

K

11

1

11

IR

/

L

M

2.5

*

8

T

-

8

13

16

10.0

15

125

7.3

30

0010

-

K

11

-

A

16

1

15

12

12.0

11

125

8.4

28

0012

-

K

11

1

15

16

12.0

125

8.4

36

0012

-

K

11

-

A

16

1

15

0013

-

M

16

17

16

12.7

150

10.3

32

1

16

IR

/

L

M

3.5

*

9

T

-

15

0016

-

Q

16

20

16

16.0

180

11.5

40

1

SNR

/

L

0020

-

Q

16

24

20

20.0

18

180

13.4

40

1

055

056

D

Minimum

diameter

for

machining

0

d

29

25

24.5

23

200

16.3

45

1

0025

-

R

16

STM

16

L

STM

16

R

16

IR

/

L

M

3.5

*

12

M

3

X

6

N

T

-

15

0032

-

S

16

36

32

32.0

29

250

19.6

50

1

044

[

o

.

0040

-

T

16

44

40

40.0

36

300

23.8

55

1

0050

-

U

16

56

50

50.0

48

350

28.7

60

1

fl

H

0020

-

Q

22

27

20

20.0

18

180

14.9

40

1

L

32

25

24.6

23

200

45

1

0025

-

R

22

18.1

STM

22

L

STM

22

R

22

IR

/

L

M

4

*

16

M

4

X

6

N

T

-

20

0032

-

S

22

39

32

32.0

29

250

21.5

50

1

47

40

40.0

36

300

25.8

1

0040

-

T

22

55

50

50.0

48

350

30.6

70

1

0050

-

U

22

57

0032

-

S

27

40

32

32.0

29

250

22.4

60

1

0040

-

T

27

48

40

40.0

36

300

26.4

60

1

STM

27

L

STM

27

R

M

5

*

20

M

5

X

8

N

T

-

20

27

IR

/

L

0050

-

U

27

58

50

50.0

45

350

31.4

75

1

CNR

/

L

69

60

60.0

54

400

36.4

1

0060

-

V

27

75

Spare

parts

Dimensions

(

mm

)

Applicable

Insert

Designation

Shim

Clamp

Screw

Shim

Screw

Wrench

Dmin

S

d

1

H

L

I

n

CNR

/

L

0020

-

R

16

24

20

20.0

18

180

13.4

50

Standard

With

Coolant

Hole

STM

16

L

STM

16

R

29

25

24.6

23

200

16.3

60

0025

-

R

16

161

R

/

L

CH

5

R

3

CHX

0513

CTS

-

5

L

2.5

0032

-

S

16

36

32

32.0

29

250

19.6

60

Spare

parts

0040

-

T

16

36

40

40.0

36

300

23.8

60

Dimensions

(

mm

)

Applicable

Insert

Designation

0025

-

R

22

44

25

24.6

23

200

17.2

45

Shim

Screw

Shim

Screw

Wrench

Fig

.

39

32

32.0

29

250

0032

-

S

22

21.5

60

s

dmin

d

1

H

L

I

STM

22

L

STM

22

R

22

IR

/

L

CH

6

R

3

CHX

0621

CTS

-

6

L

3.0

47

40

40.0

36

300

25.8

60

0040

-

T

22

50

50.0

48

350

30.6

0050

-

U

22

57

75

SNR

/

L

0010

-

K

11

B

13

10

10.0

9

125

7.3

25

2

11

IR

/

L

M

2.5

*

8

T

-

8

0032

-

S

27

40

32

32.0

29

250

22.4

60

0012

-

K

11

B

15

12

12.0

11

125

8.4

28

2

0040

-

T

27

48

40

40.0

36

300

26.4

60

0013

-

M

16

B

17

16

12.7

15

150

10.3

32

2

STM

22

L

STM

22

R

27

IR

/

L

CH

8

R

3

CHX

0822

CTS

-

8

L

4.0

M

3.5

*

9

T

-

15

0050

-

U

27

58

50

50.0

45

350

31.4

75

0016

-

Q

16

B

20

16

16.0

15

180

11.5

40

2

161

R

/

L

0060

-

V

27

69

60

60.5

54

400

36.4

75

0020

-

Q

16

B

24

20

20.0

18

180

13.4

40

2

STM

16

L

STM

16

R

M

3

X

6

N

M

3.5

*

12

T

-

15

0025

-

R

16

B

29

25

24.5

23

200

16.3

45

2

0020

-

Q

22

B

27

20

20.0

18

180

14.9

40

2

STM

22

L

STM

22

R

M

4

X

6

N

22

IR

/

L

M

4

*

16

T

-

20

0025

-

R

22

B

32

25

24.6

23

200

18.1

45

2

HI

Threading

Tool

Holder

Threading

Tool

Holder

HI

d

1

i

mFEM

y

t

H

S

Fig

1

t

I

L

dl

Fig

2

1

s

t

r

*

L

1

L

SNR

/

L

-

UB

Spare

parts

Dimensions

(

mm

)

Applicable

Insert

Designation

Screw

Wrench

Fig

.

S

dmin

d

1

H

L

I

SNR

/

L

0010

-

K

08

U

-

A

20

B

13

20

8.0

18

125

5.86

20

08

UEI

M

2.2

*

5

T

-

6

1

13

20

10.0

18

125

7.40

25

11

UEI

M

2.5

*

8

T

-

8

1

0010

-

K

11

U

-

A

20

B

15

20

12.0

18

125

7.40

30

0012

-

K

11

U

-

A

20

B

0020

-

Q

22

UB

27

20

19.2

18

180

13.68

40

22

UI

M

4

*

12

T

-

20

1

0025

-

R

22

UB

32

25

24.6

23

200

17.63

45

1

0032

-

S

22

UB

39

32

29.7

29

250

18.76

50

1

31.6

29

20.96

M

5

*

12

0032

-

S

27

UB

39

32

250

60

27

UI

T

-

20

1

057

CNR

/

L

-

U

Spare

parts

Shim

Clamp

Screw

Shim

Screw

Wrench

Dimensions

(

mm

)

Applicable

Insert

Designation

Fig

.

^

43

S

dmin

d

1

H

L

I

CNR

/

L

0032

-

S

22

U

39

32

32.0

29

250

25.5

60

2

STM

22

UL

STM

22

UR

22

UI

CH

6

R

3

CHX

0621

CTS

-

6

L

3.0

47

40

40.0

36

300

29.5

60

2

0040

-

T

22

U

48

40

40.0

36

300

29.4

60

2

0040

-

T

27

U

STM

27

UL

STM

27

UR

27

UI

CH

8

R

3

CHX

0822

CTS

-

8

L

4.0

0050

-

U

27

U

58

50

50.0

45

350

34.4

75

2

0060

-

V

27

U

69

60

60.0

54

400

39.3

75

2

Technical

Information

for

XN

Type

Threading

Technical

Information

forXN

Type

Threading

XN

Type

Thread

Tooling

Is

the

Proven

High

-

Productivity

Threading

Solution

!

Choosing

XN

Type

Threading

System

•

A

superior

choice

for

heavy

-

duty

applications

like

machining

of

Acme

,

Buttress

,

and

API

threads

.

XN

Type

is

also

the

best

system

for

coarse

pitch

and

multitooth

threading

applications

.

•

Largest

selection

of

insert

geometries

and

grades

in

the

industry

.

•

Avery

rigid

insert

clamping

design

ensures

best

tool

life

,

surface

finish

,

and

workpiece

quality

.

•

Simplicity

of

the

XN

Type

design

does

not

require

shim

selection

for

thread

helix

angles

.

This

helps

to

avoid

mistakes

on

the

shop

floor

.

•

Reduces

inventory

by

using

the

same

XN

Type

tool

holders

and

boring

bars

with

either

threading

or

grooving

inserts

.

•

An

excellent

choice

for

special

thread

forms

and

toolholder

designs

.

059

060

Precision

-

Ground

Thread

Form

•

Minimises

built

-

up

edge

.

•

Precisely

cuts

most

common

materials

.

•

Reduces

cutting

forces

.

•

Ensures

accurate

high

-

quality

threads

.

Superior

Chip

Control

•

Eliminates

long

,

troublesome

coils

.

•

Excellent

for

internal

threading

operations

.

•

Available

in

partial

profile

inserts

for

60

°

thread

forms

.

Technical

Information

for

XN

Type

Threading

Technical

Information

forXN

Type

Threading

The

following

charts

list

the

largest

thread

pitch

that

can

be

applied

on

internal

applications

using

Top

Notch

threading

inserts

for

60

°

V

-

threading

and

Acme

threading

.

Metric

-

sized

60

°

V

-

Threading

Limits

internal

threading

limitations

NT

-

1

,

NT

-

2

60

°

V

-

threading

inserts

60

°

V

-

Thread

Crest

Turning

Application

Data

Controlled

Root

Radius

Specifications

for

UNJ

Threads

insert

catalogue

number

nose

radius

on

insert

thread

radius

per

MIL

-

S

-

8879

A

minimum

thread

diameter

(

mm

)

nominal

thread

size

TPI

XN

J

-

3020

R

/

L

8

XNJP

-

3020

R

/

L

8

XNT

-

1

XNT

-

2

XNT

-

1

XNT

-

2

0

,

477

/

0

,

502

0

,

477

/

0

,

574

4.00

M

48

x

4.00

43.67

XNJ

-

3014

R

/

L

12

XNJP

-

3014

R

/

L

12

0

,

317

/

0

,

342

0

,

317

/

0

,

381

3.00

M

42

x

3.00

38.75

nominal

thread

size

(

maximum

diameter

)

feed

direction

feed

direction

minimum

minor

diameter

(

minimum

bore

)

2.50

M

39

x

2.50

M

24

x

2.50

36.29

21.29

XNJ

-

3010

R

/

L

16

XNJP

-

3010

R

/

L

16

0

,

238

/

0

,

264

0

,

238

/

0

,

287

2.00

M

33

x

2.00

M

15

X

2.00

30.84

12.84

XNJF

-

3012

R

/

L

14

XNJK

-

3012

R

/

L

14

1.75

M

32

x

1.75

M

15

X

1.75

30.11

13.11

0

,

271

/

0

,

297

0

,

271

/

0

,

327

NTC

crest

turning

insert

for

11

threads

per

inch

and

coarser

(

P

>

3

mm

)

XNTC

crest

turning

insert

for

12

threads

per

inch

and

finer

(

P

<

2

mm

)

1.50

M

32

x

1.50

M

15

x

1.50

30.38

13.38

XN

JF

-

3010

R

/

L

16

XNJK

-

3010

R

/

L

16

0

,

238

/

0

,

264

0

,

238

/

0

,

287

1.25

M

29

x

1.25

M

14

x

1.25

27.65

12.65

XN

JF

-

3009

R

/

L

18

XNJK

-

3009

R

/

L

18

1.00

*

M

27

x

1.00

M

14

X

1.00

25.92

12.92

0

,

210

/

0

,

236

0

,

210

/

0

,

254

0.75

M

22

x

0.75

M

12

x

0.75

21.19

11.19

Inch

-

Sized

60

°

V

-

Threading

Limits

internal

threading

limitations

XNT

-

1

,

XNT

-

2

V

-

threading

inserts

“

J

”

thread

note

for

catalogue

XN

JF

-

3008

R

/

L

20

XNJK

-

3008

R

/

L

20

0

,

190

/

0

,

215

0

,

190

/

0

,

228

*

Thread

pitch

of

1

mm

and

less

can

be

cut

with

an

XNT

-

2

insert

provided

the

core

thread

diameter

is

25

mmorlarger

(

11

mmorlarger

with

XNT

-

1

)

.

The

controlled

root

radius

thread

form

(

SAE

8879

C

)

is

defined

for

the

external

thread

only

.

To

machine

the

corresponding

internal

thread

,

choose

any

insert

that

will

cut

a

unified

class

2

B

thread

,

then

bore

the

minor

diameter

to

size

.

Refer

to

SAE

8879

C

and

MIL

-

S

-

8879

C

and

SAEAS

8879

D

for

the

correct

“

J

”

thread

minor

diameter

values

.

XN

JF

-

3007

R

/

L

24

XNJK

-

3007

R

/

L

24

0

,

160

/

0

,

185

0

,

160

/

0

,

190

XN

JF

-

3006

R

/

L

28

XNJK

-

3006

R

/

L

28

minimum

minor

diameter

(

inch

)

0

,

137

/

0

,

162

0

,

137

/

0

,

162

nominal

thread

size

internal

threading

limitations

NT

-

3

,

NT

-

4

60

°

V

-

threading

inserts

TPI

XN

JF

-

3005

R

/

L

32

XNJK

-

3005

R

/

L

32

XNT

-

1

XNT

-

2

XNT

-

1

XNT

-

2

0

,

119

/

0

,

142

0

,

119

/

0

,

142

6

1

-

7

/

8

1.695

minimum

thread

diameter

(

mm

)

TPI

nominal

thread

size

NOTE

:

NTC

inserts

automatically

control

root

to

crest

dimensions

.

Therefore

,

in

setting

up

threading

operations

with

NTC

inserts

,

check

the

O

.

D

.

or

I

.

D

.

at

the

thread

crest

for

correct

dimensions

.

1

-

3

/

4

1.595

7

1

-

5

/

8

1.490

6.00

**

M

76

x

6.00

69.50

1

-

9

/

16

9

1.442

5.50

*

M

73

x

5.50

67.05

10

1

-

1

/

2

15

/

16

1.392

0.830

5.00

M

70

x

5.00

64.59

11

1

-

7

/

16

15

/

16

1.339

0.830

4.00

M

64

x

4.00

59.67

11

-

1

/

2

1

-

3

/

8

15

/

16

1.281

0.830

3.00

M

52

x

3.00

48.75

12

1

-

3

/

8

9

/

16

1.285

0.472

2.50

M

48

x

2.50

45.29

1

-

5

/

16

9

/

16

13

1.229

0.472

061

062

2.00

M

42

x

2.00

39.84

14

1

-

1

/

4

9

/

16

1.173

0.472

1.75

M

40

x

1.75

38.11

60

°

V

-

Thread

Application

Data

16

1

-

1

/

4

9

/

16

1.182

0.472

1.50

*

M

38

x

1.50

36.38

18

1

-

1

/

8

9

/

16

1.065

0.472

*

Thread

pitch

of

1

,

5

mm

and

less

can

be

cut

provided

core

thread

diameter

is

35

mm

or

larger

.

20

1

-

1

/

8

1

/

2

1.071

0.440

recommended

TP

*

recommended

TPI

*

Insert

Description

insert

D

*

(

mm

)

E

*

(

mm

)

24

*

/

1

-

1

/

16

1

1 2

1.017

0.440

external

intertnal

external

intertnal

Acme

Threading

Limits

internal

threading

limitations

XNAand

XNAS

-

2

,

-

3

,

-

4

,

and

-

6

Acme

threading

inserts

*

Twenty

-

four

threads

per

inch

and

finer

can

be

cut

with

an

XNT

-

2

insert

provided

the

minor

diameter

is

25

mm

or

larger

(

11

,

18

mm

or

larger

with

XNT

-

1

)

.

E

XNT

-

1

1.90

1.11

1.00

-

2.00

24

-

12

XNT

-

2

28.70

1.90

0.70

-

3.00

1.25

-

3.50

36

-

8

20

-

7

radius

J

XNTF

-

2

15.75

1.01

0.60

-

1.75

1.00

-

2.00

44

-

14

24

-

12

internal

threading

limitations

XNT

-

3

,

XNT

-

4

V

-

threading

inserts

minimum

thread

diameter

D

XNTK

-

2

15.75

1.01

0.60

-

1.75

1.00

-

2.00

44

-

14

24

-

12

TPI

nominal

thread

size

NT

-

NTP

-

NT

-

K

NT

-

C

XNTP

-

2

28.70

1.90

0.70

-

3.00

1.25

-

3.50

36

-

8

20

-

7

XNT

-

1

XNT

-

2

minimum

minor

diameter

(

inch

)

TPI

nominal

thread

size

2

*

5

4.500

114.30

XNT

-

3

37.59

2.46

1.25

-

4.00

2.00

-

5.00

20

-

6

12

-

5

2

-

1

/

2

*

4

-

1

1 2

4.100

104.10

4

**

3

2.792

feed

direction

XNTF

-

3

21.08

1.37

0.60

-

2.50

1.00

-

2.50

44

-

10

24

-

9

3

**

4

3.665

93.10

4

-

1

/

2

*

2

-

7

/

8

2.634

XNTK

-

3

21.08

1.37

0.60

-

2.50

1.00

-

2.50

44

-

10

24

-

9

E

3

-

1

/

2

4

3.250

82.60

2

-

3

/

4

2.534

5

r

XNTP

-

3

37.59

2.46

1.25

-

4.00

2.00

-

5.00

20

-

6

12

-

5

3

2.800

71.10

6

2

-

1

/

2

2.320

6

2

-

1

/

2

2.333

59.30

XNT

-

4

49.78

3.22

1.25

-

6.25

2.00

-

6.25

20

-

4

12

-

4

2

-

1

/

4

7

2.095

8

2

-

1

/

4

2.125

54.00

8

2

1.865

XNTF

-

4

21.08

1.37

0.60

-

2.50

1.00

-

2.50

44

-

10

24

-

9

10

2

1.900

48.30

9

1

-

15

/

16

1.817

XNTK

-

4

21.08

1.37

0.60

-

2.50

1.00

-

2.50

44

-

10

24

-

9

1

-

3

/

4

12

1.667

42.40

10

1

-

7

/

8

1.767

feed

direction

XNTP

-

4

49.78

3.22

1.25

-

6.25

2.00

-

6.25

20

-

4

12

-

5

1

-

5

/

8

14

1.554

39.5

11

1

-

13

/

16

1.714

16

*

1

-

1

1 2

1.438

36.5

11

-

1

/

2

1

-

3

/

4

1.656

*

Based

on

maximum

insert

radius

size

and

class

2

Aand

2

B

thread

specifications

.

*

For

metric

D

and

E

dimensions

,

multiply

by

25

,

4

.

*

Sixteen

threads

per

inch

and

finer

can

be

cut

provided

minor

diameter

is

36

,

5

mm

(

1.438

"

)

or

larger

.

XNA

-

6

insert

only

.

Additional

secondary

clearance

can

be

ground

on

leading

edge

of

insert

to

provide

sufficient

helical

clearance

for

machining

coarser

threads

and

multistart

threads

.

Modified

standard

inserts

may

be

furnished

for

machining

threads

outside

of

the

limits

shown

.

1

-

3

/

4

12

1.660

13

1

-

5

/

8

1.542

*

14

1

-

9

/

16

1.485

16

*

1

-

7

/

16

1.370

increase

clearance

^

Sixteen

threads

per

inch

and

finer

can

be

cut

provided

minor

diameter

is

34

,

8

mm

or

larger

.

IT

Technical

Information

for

XN

Type

Threading

Technical

Information

forXN

Type

Threading

Insert

vs

.

Toolholder

Orientation

API

Thread

Forms

•

Insert

Applications

Chart

for

API

Rotary

Shouldered

Connections

chuck chuck

externalinternal

anti

-

clockwise

rotation

anti

-

clockwise

rotation

Thread

form

cresting

non

-

cresting

tool

joint

application

minimum

box

size

*

feed

2

-

3

/

8

API

internal

flush

2

-

7

/

8

API

internal

flush

3

-

1

/

2

API

internal

flush

4

API

internal

flush

4

-

1

/

2

API

internal

flush

5

-

1

/

2

API

internal

flush

6

-

5

/

8

API

internal

flush

4

API

full

hole

API

#

23

,

API

#

26

,

API

#

31

,

API

#

35

,

API

#

38

,

API

#

40

,

API

#

44

,

API

#

46

,

API

#

50

r

7

°

IT

i

seating

surface

in

bar

XNTB

-

2

RA

XNTB

-

3

RA

XNTB

-

4

RA

i

7

°

pressure

flank

_

of

the

thread

being

the

leading

flank

XNTB

-

2

LA

XNTB

-

3

LA

XNTB

-

4

LA

i

V

-

.

038

R

2

"

TPF

4

TPI

XNDC

-

4038

R

/

L

2

4

-

E

/

IR

4

API

382

API

#

31

2

-

7

/

8

IF

7

°

'

-

l

XND

-

3038

R

/

L

I

/

feei

seating

surfac

^

’

irTtoolholder

insert

~

"

notch

7

°

pressure

flank

of

the

thread

being

the

leading

flank

XNTB

-

2

RA

XNTB

-

3

RA

XNTB

-

4

RA

insert

notch

NTB

-

2

LA

NTB

-

3

LA

NTB

-

4

LA

API

#

56

API

#

61

API

#

70

API

#

77

V

-

.

038

R

3

"

TPF

4

TPI

XNDC

-

4038

R

/

L

3

4

-

E

/

IR

4

API

383

XND

-

3038

R

/

L

API

#

56

External

Buttress

7

°

pressure

flank

leading

Internal

Buttress

7

°

pressure

flank

leading

V

-

.

050

2

"

TPF

4

TPI

5

-

1

/

2

API

full

hole

6

-

5

/

8

API

regular

6

-

5

/

8

API

full

hole

XNDC

-

4050

R

/

L

2

4

-

E

/

IRAPI

502

XND

-

4050

R

/

L

5

-

1

/

2

API

full

hole

Reference

Dimensions

Infeed

Angle

vs

.

Chip

Load

:

7

°

Pressure

Flank

Leading

.

010

"

infeed

V

-

.

050

3

"

TPF

4

TPI

5

-

1

/

2

API

regular

7

-

5

/

8

API

regular

8

-

5

/

8

API

regular

XNDC

-

4050

R

/

L

3

4

-

E

/

IR

4

API

503

XND

-

4050

R

/

L

5

-

1

/

2

API

regular

h

—

A

.

010

"

infeed

i

.

007

"

chip

load

T

nose

radius

.

0052

"

chip

load

.

0039

"

chip

loac

2

-

3

/

8

API

regular

2

-

7

/

8

API

regular

3

-

1

/

2

API

regular

4

-

1

/

2

API

regular

.

0012

"

-

chip

load

XNDC

-

3040

R

/

L

3

XNDC

-

4040

R

/

L

3

4

-

E

/

IR

5

API

403

V

-

.

040

3

"

TPF

5

TPI

XND

-

3040

R

/

L

XND

-

4040

R

/

L

3

-

1

/

2

API

regular

D

maximum

depth

with

A

-

style

insert

*

Minimum

box

size

that

can

be

threaded

with

a

standard

Top

Notch

insert

due

to

minimum

bore

equipment

.

15

°

infeed

angle

XNTB

-

A

insert

0

°

infeed

angle

feed

direction

feed

direction

API

Thread

Forms

•

Product

Thread

Dimensions

•

Rotary

Shouldered

Connections

(

Inch

)

063

064

D

A

nose

radius

(

inch

)

pitch

based

on

maximum

radius

thread

Insert

width

of

flat

thread

height

,

truncated

hn

=

hs

root

truncation

radius

at

thread

corners

(

inch

)

(

inch

)

height

,

crest

truncation

fcn

=

fcs

root

radius

rm

=

rs

Thread

form

taper

inch

per

ft

pitch

not

XNTB

-

2

0.133

0.024

0.002

-

0.004

16

-

20

TPI

Sm

—

Srs

fm

—

frs

P

truncated

crest

fen

—

fes

crest

fm

=

frs

r

XNTB

-

3

0.171

0.031

0.005

-

0.008

8

-

16

TPI

H

0.218

0.049 0.008

-

0.012

XNTB

-

4

-

6

TPI

2

0.216005

0.121844

0.038000

0.056161

0.065

0.038

0.015

V

-

0.38

R

0.250

NOTE

:

For

balanced

chip

load

,

15

°

infeed

angle

is

suggested

.

V

-

0.38

R

3

0.215379

0.121381

0.380000

0.055998

0.065

0.038

0.015

V

-

0.40

3

0.172303

0.117842

0.200000

0.034461

0.040

0.020

0.015

0.250

Internal

Threading

Limitations

V

-

0.50

3

0.215379

0.147303

0.250000

0.043076

0.050

0.025

0.015

V

-

0.50

2

0.216005

0.147804

0.250000

0.043201

0.050

0.025

0.015

0.250

internal

threading

limitations

XNTB

-

2

A

Buttress

threading

inserts

internal

threading

limitations

XNTB

-

3

and

XNTB

-

4

A

Buttress

threading

inserts

NOTE

:

All

dimensions

in

inches

.

minimum

minor

diameter

(

inch

)

minimum

minor

diameter

(

inch

)

TPI

nominal

thread

size

TPI

nominal

thread

size

1

-

3

/

4

1.600

2

-

1

/

2

2.200

4

*

8

10

1

-

5

/

8

1.505

5

2

-

1

/

4

2.010

Casing

and

Tubing

Round

Thread

(

Height

Dimensions

)

V

-

.

040

and

V

-

.

050

Product

Thread

Form

12

1

-

1

/

2

1.400

6

2

1.800

P

16

1

-

1

/

4

1.175

8

1

-

3

/

4

1.600

10

TPI

p

=

.

1000

8

TPI

p

=

.

1250

box

thread

element

\

i

20

1

-

1

/

16

1.002

10

1

-

5

/

8

1.505

^

CS

>

\

12

**

1

-

1

/

2

0.08660

0.10825

1.400

H

=

.

866

p

tv

,

r

Hs

=

hs

0.07125

0.05560

=

.

626

p

-

.

007

^

CS

*

NTB

-

4

A

insert

only

.

*

Can

cut

16

or

20

threads

per

inch

provided

minor

diameter

is

1.375

"

or

larger

.

H

I

Srs

—

Sm

=

.

120

p

+

.

002

0.01400

0.01700

Scs

—

Sen

1

0.17000

0.02000

=

.

120

p

+

.

005

f

,

Threads

per

Inch

vs

.

Maximum

Root

Radius

Chart

(

Inch

)

cn

i

/

90

°

TPI

20

16

12

10

8

6

5

4

3

2

-

1

/

2

1

-

1

/

2

1

-

1

/

4

1

2.0

axis

of

thread

maximum

root

radius

0.0036

0.0045

0.0059

0.0071

0.0089

0.1190

0.0143

0.0179

0.0238

0.0286

0.3750

0.0476

0.0572

0.0714

NOTE

:

Special

Buttress

forms

are

available

upon

request

.

XN

Type

Threading

Code

System

HJ

Technical

Information

for

XN

Type

Threading

American

Buttress

(

45

°

Clearance

Flank

Leading

)

:

XNTB

-

B

Inserts

•

PULL

-

type

XN

Type

Threading

Code

System

Insert

vs

.

Toolholder

Orientation

chuck chuck

externalinternal

anti

-

clockwise

rotation

anti

-

clockwise

rotation

XNTB

-

2

RB

XNTB

-

3

RB

XNTB

-

4

RB

insert

notch

XNTB

-

2

LB

XNTB

-

3

LB

XNTB

-

4

LB

Industry

Thread

Identification

Insert

hand

Definition

of

Insert

Carbide

grades

Insert

name

Thread

standard

Additional

information

Insert

size

Additional

information

45

°

clearance

flank

of

the

thread

being

the

leading

flank

1

sealing

]

surface

in

i

toolholder

45

°

clearance

flank

of

the

thread

being

the

leading

flank

sealing

surface

in

bar

XNTB

-

2

RB

XNTB

-

3

RB

XNTB

-

4

RB

insert

notch

Insert

Name

Thread

Standard

Additional

Information

B

XNTB

-

2

LB

XNTB

-

3

LB

XNTB

-

4

LB

Internal

Buttress

45

°

clearance

flank

leading

External

Buttress

45

°

clearance

flank

leading

45

°

clearance

flank

leading

B

=

Buttress

F

=

Fine

pitch

S

=

Stub

Acme

C

=

Cresting

P

=

Positive

rake

K

=

Fine

pitch

,

psoitive

U

=

Utility

**

A

=

Acme

D

=

APIorNPT

J

=

UNJthread

T

=

60

°

V

thread

W

=

55

°

V

Whitworth

XN

:

Top

clamping

seriers

A

—

^

.

010

"

infeed

.

010

"

I

t

007

'

nose

radium

.

0052

"

chip

loac

chip

loa

.

0039

"

chip

load

Insert

Size

Industry

Thread

Identification

Insert

Hand

.

0012

"

chip

load

3

G

\

A

D

maximum

depth

with

B

-

style

insert

t

55

T

ro

\

T

065

066

Position

indicates

API

or

drilling

industry

form

designation

(

e

.

g

.

,

10

RD

,

8

RD

,

.

038

)

or

Controlled

root

radius

threading

inserts

indicate

the

root

radius

in

001

"

increments

(

NJ

,

NJF

,

NJP

,

NJK

)

or

M

indicates

metric

ISO

thread

15

°

infeed

angle

XNTB

-

B

insert

0

°

infeed

angle

Inset

Size

S

(

mm

)

T

(

mm

)

1

2.54

feed

direction

feed

direction

R

:

right

hand

L

:

left

hand

2

5.56

3.81

3

8.74

4.95

4

11.51

6.48

D

A

nose

radius

(

inch

)

pitch

based

on

maximum

radius

Insert

5

17.48

9.65

(

inch

)

(

inch

)

6

11.51

9.73

XNTB

-

2

0.133

0.024

0.002

-

0.004

16

-

20

TPI

8

7.93

11.13

XNTB

-

3

0.171

0.031

0.005

-

0.008

8

-

16

TPI

XNTB

-

4

0.218

0.049 0.008

-

0.012

4

-

6

TPI

Definition

of

Insert

Additional

Information

Carbide

grades

NOTE

:

For

balanced

chip

load

,

15

°

infeed

angle

is

suggested

.

@

Internal

Threading

Limitations

internal

threading

limitations

XNTB

-

2

A

Buttress

threading

inserts

internal

threading

limitations

XNTB

-

3

and

XNTB

-

4

A

Buttress

threading

inserts

•

Threads

per

inch

or

pitch

(

for

metric

)

•

"

A

”

or

“

B

”

type

Buttress

insert

•

Taper

per

foot

—

API

threads

I

=

Internal

thread

M

=

Multiple

tooth

E

=

External

thread

C

=

Coarse

pitch

(

used

only

if

internal

D

=

Dryseal

and

external

thread

forms

are

different

)

minimum

minor

diameter

(

inch

)

minimum

minor

diameter

(

inch

)

TPI

nominal

thread

size

TPI

nominal

thread

size

1

-

3

/

4

1.600

2

-

7

/

8

2.575

4

*

8

TTIP

30

TTIM

45

TTIS

30

10

1

-

5

/

8

1.505

2

-

3

/

4

2.510

5

12

1

-

1

/

2

-

3

/

8

2.175

1.400

6

1

-

1

/

4

2

-

1

/

8

16

1.175

8

1.975

1

-

1

/

16

1

-

7

/

8

20

1.002

10

1.755

12

1

-

5

/

8

1.525

16

1

-

1

/

2

1.407

20

1

-

7

/

16

1.378

*

XNTB

-

4

B

insert

only

.

HI

XN

Type

Threading

Inserts

XN

Type

Threading

Inserts

HI

Pitch

(

mm

)

TPI

Pitch

(

mm

)

TPI

Shape

RC

Shape

RC

Designation

E

Designation

E

External

Internal

External

Internal

External

Internal

External

Internal

2

R

/

L

3

MR

/

L

150

E

XNT

0.70

-

3.00

1.25

-

3.50

8

-

36

7

-

20

0.10

1.91

XNTC

1.50

0.20

3.68

60

°

W

3

R

/

L

3

MR

/

L

200

E

1.25

-

4.00

2.00

-

5.00

6

-

20

5

-

12

0.17

2.49

2.00

0.27

3.68

4

R

/

L

1.25

-

6.25

2.00

-

6.25

4

-

20

4

-

20

0.17

3.25

3

MR

/

L

300

E

3.00

0.40

2.90

3

R

32

E

32

0.10

3.76

3

R

28

E

28

0.12

3.76

3

R

24

E

24

0.13

3.76

3

R

/

L

20

E

20

0.16

3.76

3

R

/

L

18

E

18

0.18

3.76

arc

3

R

/

L

16

E

16

0.19

3.76

E

-

i

RG

3

R

/

L

14

E

14

0.22

3.76

3

R

13

E

13

0.24

3.76

\

vE

»

3

R

/

L

12

E

12

0.25

3.76

r

-

E

3

R

11

E

11

0.28

2.72

RC

2

R

/

L

XNTP

0.70

-

3.00

1.25

-

3.50

8

-

36

7

-

20

0.10

1.91

3

R

/

L

10

E

10

0.32

2.72

60

°

\

A

>

60

"

W

3

R

/

L

1.25

-

4.00

2.00

-

5.00

6

-

20

5

-

12

0.17

2.49

3

R

9

E

9

0.36

2.72

4

R

/

L

1.25

-

6.25

2.00

-

6.25

4

-

20

4

-

12

0.17

3.25

3

R

/

L

8

E

8

0.41

2.72

3

R

7

E

7

0.47

2.72

XNTC

3

R

/

L

16

I

16

0.08

3.76

3

R

/

L

14

I

14

0.09

3.76

3

R

/

L

12

I

12

0.10

3.76

3

R

/

L

10

I

10

0.13

2.72

—

E

3

R

/

L

8

I

8

0.18

2.72

RC

z

>

067

068

2

R

/

L

XNTF

0.60

-

1.75

1.00

-

2.00

14

-

44

12

-

24

0.08

2.79

60

°

W

3

R

/

L

0.60

-

2.50

1.00

-

2.50

14

-

44

9

-

24

0.08

3.58

[

—

E

4

R

/

L

0.60

-

2.50

1.00

-

2.50

14

-

44

9

-

24

0.08

5.11

RC

YXi

3

>

60

"

*

E

—

i

RC

2

R

/

L

XNTK

0.60

-

1.75

1.00

-

2.00

14

-

44

12

-

24

0.08

2.79

60

°

W

3

R

/

L

0.60

-

2.50

1.00

-

2.50

10

-

44

9

-

24

0.08

3.58

4

R

/

L

0.60

-

2.50

1.00

-

2.50

10

-

44

9

-

24

0.08

5.11

HI

XN

Type

Threading

Inserts

XN

Type

Threading

Inserts

HI

Pitch

(

mm

)

TPI

Shape

CF

RC

Designation

TPI

TRF

E

Shape

RC

Designation

E

327

VR

75

27

0.75 0.05

3.66

XNDC

External

Internal

External

Internal

318

VR

75

18

0.75

0.08

3.66

3010

R

/

L

16

XNJ

16

0.25

2.49

314

VR

75

14

0.75

0.08

3.66

3014

R

/

L

12 12

0.33

2.49

3115

VR

/

L

75

11.5

0.75

0.10

3.66

3020

R

/

L

88

0.49

2.49

38

VR

/

L

75

8

0.75

0.13

2.54

310

RDR

/

L

75

10

0.75

0.36

3.18

R

ax

.

1604

P

Rr

«

.

1501

P

38

RDR

/

L

75

8

0.75

0.43

3.18

E

RC

60

°

RC

f

\

XNDC

8115

VR

/

L

75

M

11.5

0.75

0.10

2.59

88

VR

/

L

75

M

8

0.75

0.13

2.41

3010

R

/

L

16

XNJP

16

0.25

2.49

68

RDR

/

L

75

M

8

0.75

0.41

2.62

3014

R

/

L

12 12

0.33

2.49

3020

R

/

L

8

0.49

2.49

Ri

ax

.

1

B

04

P

Ri

m

.

1501

P

A

AZA

.

‘

E

‘

RC

Sex

XNWC

3

R

14

E

14

0.235

3.43

3005

R

/

L

32 32

0.13

XN

JF

3.58

3

R

11

E

11

0.300

3.43

55

*

069

070

C

7

3006

R

/

L

28 28

0.15

3.58

3007

R

/

L

24 24

0.17

3.58

3008

R

/

L

20 20

0.20

3.58

0

,

1373

P

3009

R

/

L

18

0.22

3.58

Ri

ax

.

1

B

04

P

3010

R

/

L

16

0.25

3.58

Rrw

.

1501

P

V

3012

R

/

L

14

0.28

3.58

V

-

RC

E

55

°

I

XNWC

3

L

141

14

0.235

3.43

3005

R

/

L

32

XNJK

32

0.13

3.58

3

L

11

I

11

0.300

3.43

3006

R

/

L

28

0.15

3.58

D

I

373

P

3007

R

/

L

24

0.17

3.58

3008

R

/

L

20

0.20

3.58

3009

R

/

L

18

0.22

3.58

Rr

ax

.

1

&

04

P

3010

R

/

L

16 16

0.25

3.58

FW

1

S

01

P

3012

R

/

L

14 14

0.28

3.58

A

bb

5

*

RC

AA

\\

A

E

55

°

\

IW

60

"

I

HI

XN

Type

Threading

Inserts

XN

Type

Threading

Inserts

HI

Shape

CF

RC

Shape

CF

RC

Designation

TPI

TRF

E

Designation

TPI

TRF

E

3040

R

/

L

3

R

/

L

16

5

0.445

2.08

16

0.605

3.79

XND

XNS

3038

R

/

L

4

0.902

2.08

3

R

/

L

14 14

0.701

3.79

(

Partial

Profile

)

4040

R

/

L

5

0.445

3.25

3

R

/

L

12 12

0.828

3.79

4050

R

/

L

4

0.572

3.25

3

R

/

L

10

0.940

3.79

3

R

/

L

8

1.209

3.79

3

R

/

L

6

1.656

3.79

3

R

/

L

5

2.014

3.79

XNDC

3040

R

/

L

3

5

3.00

0.445

3.73

XNTB

2

R

/

LA

16

-

20

0.076

3.20

4040

R

/

L

3

R

/

LA

(

Cresting

)

5

3.00

0.445

3.73

8

-

16

0.165

4.17

4050

R

/

L

2

3.00

0.572

4.65

4

R

/

LA

4

-

6

0.254

5.23

4

4050

R

/

L

3

4

3.00

0.572

4.65

4038

R

/

L

2

4

2.00

0.902

4.65

a

-

1

/

2

arc

t

a

(

tot

/

12

)

E

7

*

;

RC

XNA

3

R

/

L

16

0.523

3.79

XNTB

2

R

/

LB

16

-

20

0.076

0.25

3

R

/

L

14

0.607

3.79

3

R

/

LB

8

-

16

0.165

0.31

071

072

3

R

/

L

12

4

R

/

LB

12

0.719

3.79

4

-

6

0.254

0.41

3

R

/

L

10

0.810

3.79

4

R

/

L

10

0.810

5.13

3

R

/

L

8 8

1.044

3.79

4

R

/

L

8

1.044

5.13

3

R

/

L

6 6

1.438

3.79

4

R

/

L

6 6

1.438

5.13

TTtT

'

29

*

3

R

/

L

5

1.750

3.79

4

R

/

L

5

1.750

5.13

3

R

/

L

4

2.223

3.79

4

R

/

L

4

2.223

5.13

6

R

/

L

3

3.007

7.19

6

R

/

L

25

2.5

3.635

7.19

,

6

R

/

L

2 2

7.19

4.577

29

“

I

E

CF

MILLING

THREADING

M

LUNG

THREAD

NG

CONTENTS

Technical

Information

forThread

Milling

Mill

-

Thread

Inserts

Mill

-

Thread

Holders

074

Spiral

Mill

-

Thread

Inserts

Spiral

Mill

-

Thread

Holders

Technical

Information

for

Thread

Milling

Technical

Information

for

Thread

Milling

Thread

Milling

Holders

code

system

Thread

Milling

Inserts

code

system

Clamping

Method

Hand

Cutting

Dia

.

Length

of

Holder

Cutting

edge

Length

Shank

Type

Number

of

Inserts

Clamping

Method

Hand

Cutting

Dia

.

Length

of

Holder

Cutting

edge

Length

Clamping

Method

Cutting

Diameter

Cutting

edge

Length

Type

of

Insert

Hand

Pitch

e

Omm

B

m

HEffl

0025

R

:

right

hand

L

:

left

hand

E

:

External

I

:

Internal

El

:

External

&

Interna

1212.0

mm

1414.0

mm

2121.0

mm

30

30.0

mm

40

40.0

mm

S

:

Screw

only

0025

=

25

mm

:

0.5

-

6.0

TPI

48

-

6

Length

of

Holder

Cutting

edge

Length

Shank

Type

Standard

Carbide

Grades

o

©

o

e

IS

HI

0

sag

IMEM

Non

:

steel

shank

C

:

carbide

shank

12

12.0

mm

14

14.0

mm

21

21.0

mm

30

30.0

mm

40

40.0

mm

ISO

-

ISO

Metric

UN

-

American

UN

(

UNO

,

UNF

,

UNEF

,

UNS

)

W

-

Whit

Worth

(

BSW

,

BSF

,

BSP

,

BSB

)

NPT

-

National

Pipe

Thread

NPTF

-

National

Pipe

Thread

BSPT

-

British

Standard

Pipe

Thread

(

BSPT

)

FHJKMSR

TTIP

30

TTIM

45

Number

of

Insert

e

0

Non

:

1

insert

2

:

2

inserts

075

076

Thread

Milling

Cutters

code

system

Clamping

Method

Hand

Cutting

Dia

.

Tool

Length

Cutting

edge

Length

Number

of

Inserts

Bore

Dia

Clamping

Method

Hand

Cutting

Diameter

o

e

R

:

right

hand

L

:

left

hand

S

:

Screw

only

0063

=

63

mm

Cutting

edge

Length

Number

of

Insert

Tool

Length

o

e

o

e

HI

S

3

:

3

Inserts

4

:

4

Inserts

5

:

5

Inserts

1212.0

mm

1414.0

mm

2121.0

mm

30

30.0

mm

40

40.0

mm

CDE

Bore

Diameter

o

Eg

22

=

22.0

mm

27

=

27.0

mm

32

=

32.0

mm

HI

Mill

-

Thread

Inserts

Mill

-

Thread

Inserts

HI

UN

60

°

AMERICAN

UN

(

UNC

UNF

UNEF

UNS

)

ISO

60

°

METRIC

External

Internal

TPI

A

H

T

Pitch

(

mm

)

External

Internal

A

H

T

121

32 UN 32

12

63

2.9

121

28

UN

28

12

6.3

2.9

121

0.50

ISO

0.5

12

6.5

2.9

121

24

UN

24

12

6.3

2.9

121

0.75

ISO

0.75

12

6.5

2.9

121

20

UN

20

12

6.3

2.9

121

1.00

ISO

1.0

12

6.5

2.9

121

18

UN

18

12

6.3

2.9

121

16

UN

16

12

7.9

3.2

121

1.25

ISO

1.25

12

6.5

2.9

14

E

32 UN

141

32 UN

32

14

3.1

7.5

121

1.50

ISO

1.5

12

6.5

2.9

14

E

28

UN

141

28

UN

28

14

3.1

7.5

141

0.50

ISO

0.5

14

7.9

3.2

141

27

UN

27

14

7.5

3.1

14

E

0.75

ISO

141

0.75

ISO

0.75

14

7.9

3.2

14

E

24

UN

141

24

UN

24

14

7.5

3.1

14

E

1.00

ISO

141

1.00

ISO

1.0

14

7.9

3.2

14

E

20

UN

141

20

UN

20

14

7.5

3.1

14

E

1.25

ISO

141

1.25

ISO

1.25

14

7.9

3.2

14

E

18

UN

141

18

UN

18

3.1

14

7.5

14

E

1.50

ISO

141

1.50

ISO

1.5

14

7.9

3.2

14

E

16

UN

141

16

UN

16

14

3.1

7.5

14

E

14

UN

141

14

UN

14 14

3.1

7.5

14

E

1.75

ISO

141

1.75

ISO

1.75

14

7.9

3.2

14

E

12

UN

141

12

UN

12

14

3.1

7.5

14

E

2.00

ISO

141

2.00

ISO

2.0

14

7.9

3.2

141

11

UN

11

14

7.5

3.1

14

E

2.50

ISO

141

2.50

ISO

2.5

14

7.9

3.2

141

10

UN

10

14

7.5

3.1

21

E

1.00

ISO

211

1.00

ISO

1.0

21

12.6

4.8

21

E

24

UN

211

24

UN

24

21

12.0

4.7

21

E

1.50

ISO

211

1.50

ISO

1.5

21

12.6

4.8

211

20

UN

21

E

20

UN

20

21

12.0

4.7

077

078

211

1.50

ISO

1.75

21

12.6

4.8

21

E

18

UN

211

18

UN

18

21

12.0

4.7

21

E

2.00

ISO

211

2.00

ISO

2.0

21

12.6

4.8

21

E

16

UN

211

16

UN

16

21

12.0

4.7

A

21

E

14

UN

211

14

UN

14

21

12.0

4.7

H

21

E

2.50

ISO

211

2.50

ISO

2.5

21

12.6

4.8

21

E

12

UN

211

12

UN

12

21

12.0

4.7

21

E

3.00

ISO

211

3.00

ISO

3.0

21

12.6

4.8

A

21

E

10

UN

211

10

UN

10

21

12.0

4.7

^

T

^

T

^

>

-

<

-

<

-

211

3.50

ISO

3.5

21

12.6

4.8

2118

UN

8

21

12.0

4.7

30

E

1.50

ISO

30

I

1.50

ISO

1.5

30

16.7

5.6

2117

UN

7

21

12.0

4.7

30

E

2.00

ISO

30

I

2.00

ISO

2.0

30

16.7

5.6

30

E

20

UN

30

I

20

UN

20

30

16.0

5.5

30

E

3.00

ISO

30

I

3.00

ISO

3.0

30

16.7

5.6

30

E

18

UN

30

I

18

UN

18

30

16.0

5.5

30

E

3.50

ISO

30

I

3.50

ISO

3.5

30

16.7

5.6

30

E

16

UN

30

I

16

UN

16

30

16.0

5.5

30

E

14

UN

30

I

14

UN

14

30

16.0

5.5

30

E

4.00

ISO

30

I

4.00

ISO

4.0

30

16.7

5.6

30

E

12

UN

30

I

12

UN

12

30

16.0

5.5

30

I

4.50

ISO

4.5

30

16.7

5.6

30

E

10

UN

30

I

10

UN

10

30

16.0

5.5

30

I

5.00

ISO

5.0

30

16.7

5.6

30

E

8

UN

30

I

8

UN

8

30

16.0

5.5

40

E

1.50

ISO

40

I

1.50

ISO

1.5

40

20.8

6.4

30

E

6

UN

30

I

6

UN

6

30

16.0

5.5

40

E

2.00

ISO

40

I

2.00

ISO

2.0

40

20.8

6.4

30

I

5

UN

30

16.0

5

5.5

40

E

3.00

ISO

40

I

3.00

ISO

3.0

40

20.8

6.4

40

E

16

UN

40

I

16

UN

16

40

20.0

6.3

40

I

3.50

ISO

3.5

40

20.8

6.4

40

E

14

UN

40

I

14

UN

14

40

20.0

6.3

40

E

12

UN

40

I

12

UN

12

40

20.0

6.3

40

E

4.00

ISO

40

I

4.00

ISO

4.0

40

20.8

6.4

40

E

10

UN

40

I

10

UN

10

20.0

6.3

40

I

4.50

ISO

4.5

40

20.8

6.4

551

PIsJ

40

E

8

UN

4018

UN

8

40

20.0

6.3

40

E

5.00

ISO

401

5.00

ISO

5.0

40

20.8

6.4

40

E

6

UN

4016

UN

6

40

20.0

6.3

401

5.50

ISO

5.5

40

20.8

6.4

20.0

6.3

401

4.5

UN

4.5

40

1

/

8

P

1

/

8

P

40

20.0

6.3

40

E

6.00

ISO

40

I

6.00

ISO

6.0

40

20.8

6.4

Screw Screw

4014

UN

4

HI

Mill

-

Thread

Inserts

Mill

-

Thread

Inserts

HI

W

55

°

WHITWORTH

(

BSW

,

BSF

,

BSP

,

BSB

)

BSPT

55

°

BRITISH

STANDARD

PIPE

Same

Inserts

for

Exteranl

&

Internal

Same

Inserts

for

Exteranl

&

Internal

TPI

A

H

T

TPI

A

H

T

12

EI

19

W

19

12

6.3

2.9

12

EI

19

BPST

19

12

6.3

2.9

14

EI

24

W

24

14

3.1

14

EI

19

BSPT

19

14

3.1

7.5 7.5

14

EI

20

W

20

14

7.5

3.1

14

EI

14

BSPT

14

7.5

3.1

12

EI

19

W

19

14

7.5

3.1

21

El

14

BSPT

14

21

12.0

4.7

21

El

11

BSPT

12

EI

19

W

16

14

7.5

3.1

11

21

12.0

4.7

30

EI

11

BSPT

12

EI

19

W

14 14

7.5

3.1

11

30

16.5

5.5

A

40

EI

11

BSPT

12

EI

19

W

20

21

12.0

4.7

11

40

20.0

6.3

H

12

EI

19

W

19

21

12.0

4.7

v

V

12

EI

19

W

16

21

12.0

4.7

A A

T

<

T

<

-

>

<

- -

>

12

EI

19

W

14

21

12.0

4.7

12

EI

19

W

11

21

12.0

4.7

Nut

R

0.137

P

R

0.137

P

12

EI

19

W

16

30

16.0

5.5

55

°

12

EI

19

W

14

30

16.0

5.5

12

EI

19

W

11

30

16.0

5.5

12

EI

19

W

11

40

20

6.3

R

0.137

P

/

\

R

0.137

P

Screw

12

EI

19

W

Screw

8

40

20

6.3

1

°

7

'

079

080

NPT

/

NPTF

60

°

NATIONAL

PIPE

Same

Inserts

for

Exteranl

&

Internal

TPI

A

H

T

12

EI

18

NPT

18

12

6.3

2.9

V

14

EI

18

NPT

18

14

7.5

3.1

14

EI

14

NPT

14 14

7.5

3.1

21

El

14

NPT

14

21

12.0

4.7

21

El

11.5

NPT

11.5

21

12.0

4.7

30

EI

11.5

NPT

11.5

30

16.0

5.5

30

EI

8

NPT

8

30

16.0

5.5

METOMET

H

40

EI

11.5

NPT

11.5

40

20.0

6.3

40

EI

8

NPT

8

40

20.0

6.3

12

EI

18

NPTF

18

12

6.3

2.9

14

EI

18

NPTF

18

14

7.5

3.1

14

EI

14

NPTF

14 14

7.5

3.1

21

El

14

NPTF

14

21

12.0

4.7

21

El

11.5

NPTF

11.5

21

12.0

4.7

30

EI

11.5

NPTF

11.5

30

16.0

5.5

30

EI

8

NPTF

8

30

16.0

5.5

40

EI

11.5

NPTF

11.5

40

20.0

6.3

Taper

1

:

16

40

EI

8

NPTF

Screw

8

40

20.0

6.3

HI

Mill

-

Thread

Holders

Mill

-

Thread

Holders

Indexable

Threading

Endmills

Indexable

Twin

Inserts

Threading

Endmills

A

ywww

\

d d

D

I

v

Li Li

<

-

>

<

-

>

L

<

-

>

<

-

>

Spare

parts

Spare

parts

Dimension

(

mm

)

Dimension

(

mm

)

Applicable

Insert

Applicable

Insert

Designation

Screw

Designation

Screw

Wrench Wrench

Z

D

d

D

2

L L

1

D

d

D

2

L L

1

ap ap

£

14

E

/

I

SR SR

0009

-

H

12

9.5

20

7.50

85

14

12

0020

-

H

14

-

2

20.0

20

16.00

93

41

14

2

M

3.0

x

8.0

T

-

8

12

E

/

I

M

2.5

x

7.5

0010

-

H

12

(

1

)

21

E

/

I

M

3.5

x

12.0

9.5

20

7.60

85

16

12

0030

-

J

21

-

2

30.0

25

24.00

108

52

21

2

T

-

15

30

E

/

I

M

4.0

x

12.0

T

8

0012

-

F

14

12.0

30.00

130

20

8.90

75

20

14

0040

-

L

30

-

2

40.0

32

70

30

2

T

-

20

40

E

/

I

M

5.0

x

12.0

0014

-

H

14

14.5

20

11.20

85

25

14

E

/

I

M

3.0

x

7.5

0050

-

M

40

-

2

50.0

40

38.00

153

78

40

2

0017

-

H

14

17.0

20

13.40

85

30

14

0018

-

H

21

(

2

)

20

18.0

14.40

85

30

21

20

0021

-

H

21

21.0

16.50

94

40

21

E

/

I

M

3.5

x

8.0

T

-

15

0025

-

K

21

(

3

)

20

25.0

125

21

0029

-

J

30

29.0

25

23.00

110

50

30

0031

-

M

30

{

3

)

31.0

25

150

30

E

/

I

M

4.0

x

11.0

081

082

(

3

)

0038

-

M

30

38.0

32

150

30

T

-

20

0048

-

M

40

48.0

40

35.00

153

78

40

E

/

I

M

5.0

x

11.0

0048

-

R

40

(

3

)

48.0

40

210

40

Multi

Inserts

Threading

Mill

Cutters

Da

<

•

(

1

)

For

conical

thread

inserts

:

12

-

18

NPT

,

12

-

18

NPTF

,

12

-

19

BSPT

A

•

(

2

)

Not

suitable

for

use

with

the

following

insert

:

21

I

3.5

ISO

,

211

8

UN

,

21

-

11

BSPT

,

21

-

11.5

NPT

,

21

-

11.5

NPTF

L

ap

\

r

•

(

3

)

For

long

reach

D

<

Spare

parts

Dimension

(

mm

)

Applicable

Insert

Designation

Screw

Wrench

Z

D

d

L

ap

£

SR

0063

C

21

-

5

-

22

21

E

/

I

63.0

22

50.00

21

5

M

3.5

x

7.5

T

-

15

0063

C

30

-

4

-

22

63.0

22

50.00

30

4

30

E

/

I

M

4.0

x

11.0

0080

D

30

-

4

-

27

80.0

27

55.00

30

4

0100

D

40

-

4

-

32

100.0

32

60.00

40

4

T

-

20

0080

D

40

-

4

-

27

80.0

27

65.00

40

4

M

5.0

x

12.0

40

E

/

I

32

0100

E

40

-

4

-

32

100.0

70.00

40

4

Spiral

Mill

-

Thread

Inserts

Spiral

Mill

-

Thread

Inserts

ISO

60

°

METRIC

(

INTERNAL

)

UN

60

°

AMERICAN

UN

(

UNO

UNF

UNEF

UNS

INTERNAL

)

P

m

SH

w

o

CD

1

/

8

P

1

/

8

P

Screw

Dimensions

Designation

Pitch

(

mm

)

Thread

Size

Designation

TPI

Thread

Size

I

W

I

w

t

H

23

I

1.00

ISO

1.0

>

26

27

8.0

3.5

H

23

I

24

UN

24

>

1

"

27

8.0

3.5

H

23

I

1.50

ISO

1.5

>

27 27

8.0

3.5

H

23

I

20

UN

20

>

1

"

27

8.0

3.5

H

23

I

2.00

ISO

18

2.0

>

28

27

8.0

3.5

H

23

I

18

UN

>

1

/

16

"

27

8.0

3.5

H

23

I

3.00

ISO

3.0

27

8.0

3.5

H

23

I

16

UN

16

>

1 1

/

16

"

27

8.0

3.5

>

30

H

32

I

1.50

ISO

1.5

32

4.0

H

23

I

14

UN

14

>

1

/

8

"

27

8.0

3.5

>

35

9.0

2.0

12

H

32

I

2.00

ISO

>

36

32

9.0

4.0

H

23

I

12

UN

>

1 1

/

8

"

27

8.0

3.5

H

32

I

3.00

ISO

3.0

>

38

32

9.0

4.0

H

23

I

8

UN

8

>

1

3

/

16

"

27

8.0

3.5

H

32

I

4.00

ISO

4.0

32

4.0

H

23

I

7

UN

>

1

/

4

"

27

8.0

3.5

>

40

9.0

7

H

45

I

1.50

ISO

1.5

37

5.0

H

32

I

20

UN

20

>

1

3

/

8

"

32

9.0

4.0

>

50

11.9

H

45

I

2.00

ISO

2.0

>

50

37

11.9

5.0

H

32

I

18

UN

18

>

1

3

/

8

"

32

9.0

4.0

083

084

H

45

I

3.00

ISO

3.0

>

56

37

11.9

5.0

H

32

I

16

UN

16

>

1

3

/

8

"

32

9.0

4.0

H

45

I

4.00

ISO

4.0

>

56

37

11.9

5.0

H

32

I

12

UN

12

>

1

7

/

16

"

32

9.0

4.0

H

63

I

1.50

ISO

1.5

38

5.0

H

32

I

8

UN

8

>

1

/

2

"

32

9.0

4.0

>

70

11.9

H

63

I

2.00

ISO

2.0

38

5.0

H

32

I

6

UN

6

>

1

9

/

16

"

32

9.0

4.0

>

70

11.9

H

63

I

3.00

ISO

3.0

38

11.9

5.0

H

45

I

16

UN

16

>

2

"

37

11.9

5.0

>

75

H

63

I

4.00

ISO

4.0

>

75

38

11.9

5.0

H

45

I

12

UN

12

>

2

"

37

11.9

5.0

37

H

45

I

8

UN

8

>

2

1

/

4

"

11.9

5.0

H

45

I

6

UN

6

>

2

1

/

4

"

37

5.0

11.9

H

63

I

16

UN

16

>

2

3

/

4

"

38

11.9

5.0

H

63

I

12

UN

12

>

2

3

/

4

"

38

11.9

5.0

H

63

I

8

UN

8

>

3

"

38

11.9

5.0

H

63

I

6

UN

6

38

5.0

>

3

"

11.9

Spiral

Mill

-

Thread

Inserts

Spiral

Mill

-

Thread

Inserts

W

55

°

WHIT

WORTH

(

BSW

,

BSF

,

BSP

,

BSB

INTERNAL

&

EXTERNAL

)

BSPT

55

°

BRITISH

STANDARD

PIPE

(

INTERNAL

&

EXTERNAL

)

P P

Nut Nut

R

0.137

P

R

0.137

P

7.5

°

27.5

W

0

55

°

R

0.137

P

/

R

0.137

P

Screw Screw

1

°

7

’

Thread

Size

Thread

Size

Dimensions Dimensions

Designation

TPI

Designation

TPI

Internal

External

I

W

Internal

External

I

W

t

H

23

EI

14

W

14

>

G

7

/

8

"

>

G

1

/

2

"

27

8.0

3.5

H

23

EI

11

BSPT

11

>

1

"

BSPT

>

1

"

BSPT

27

8.0

3.5

H

32

EI

11

BSPT

H

23

EI

11

W

11

>

G

1

"

>

G

1

"

27

8.0

3.5

11

>

1 1

/

8

"

BSPT

>

1

"

BSPT

32

9.0

4.0

H

45

EI

11

BSPT

H

32

EI

14

W

14

>

G

1

/

2

"

32

9.0

4.0

11

>

1

3

/

4

"

BSPT

>

1

"

BSPT

37

11.9

5.0

H

32

EI

11

W

11

>

G

1

/

8

"

>

G

1

"

32

9.0

4.0

H

63

EI

11

BSPT

11

>

2

1

/

2

"

BSPT

>

1

"

BSPT

38

11.9

5.0

H

45

EI

11

W

11

>

G

1

3

/

4

"

>

G

1

"

37

11.9

5.0

H

63

EI

11

W

11

>

G

2

1

/

2

"

>

G

1

"

38

11.9

5.0

HELICAL

LONG

EDGE

FINISHING

INSERT

085

086

W

55

°

WHIT

WORTH

(

BSW

,

BSF

,

BSP

,

BSB

INTERNAL

&

EXTERNAL

)

W

o

p

>

<

-

>

w

0

Dimensions

Designation

Thread

Size

Dimensions

I

W

t

Designation

TPI

Internal

External

I

W

t

H

23

F

R

0.20

27

8.0

3.5

H

23

EI

11

.

5

NPT

11.5

1

"

-

2

"

NPT

1

"

-

2

"

NPT

27

8.0

3.5

H

23

F

R

0.50

27

8.0

3.5

1

/

4

"

-

2

"

NPT

H

32

EI

11.5

NPT

11.5

1

"

-

2

"

NPT

32

9.0

4.0

H

23

F

R

1.00

27

8.0

3.5

H

45

EI

11.5

NPT

11.5

2

"

NPT

1

"

-

2

"

NPT

37

11.9

5.0

H

32

F

R

0.20

32

9.0

4.0

H

45

EI

8

NPT

8.0

2

1

/

2

"

NPT

-

3

"

NPT

2

1

/

2

"

NPT

-

3

"

NPT

37

11.9

5.0

H

32

F

R

0.50

32

9.0

4.0

H

63

EI

11.5

NPT

11.5

1

"

-

2

"

NPT

38

11.9

5.0

H

32

F

R

1.00

32

9.0

4.0

H

63

EI

8

NPT

8.0

2

1

/

2

"

NPT

-

3

"

NPT

2

1

/

2

"

NPT

-

3

"

NPT

38

11.9

5.0

H

45

F

R

0.20

37

11.9

5.0

Spiral

Mill

-

Thread

Inserts

Spiral

Mill

-

Thread

Inserts

End

Mills

for

Hecial

Threading

Inserts

d

D

L

Dimensions

Spare

Parts

Applicable

Insert

Designation

Z

D

d

L

1

Screw

Wrench

ap

SRH

23

25

110

50

27

2

H

23

S

23

Tk

21

23

-

2

32 32

130

60

32

H

32

S

32

Tk

22

5

32

-

5

45

-

6

45

32

130

37

6

H

45

S

45

Tk

40

End

Shell

Mills

for

Hecial

Threading

Inserts

Da

087

L

o

ap

D

r

Dimensions

Spare

Parts

Applicable

Insert

Designation

Z

Screw

D

Da

L

Wrench

ap

SRH

63

-

9

-

22

63

22

50

30

9

H

63

S

63

Tk

40

Technical

Information

for

Thread

Milling

Technical

Information

for

Thread

Milling

Tool

Selection

For

indexable

and

solid

carbide

Mill

Threads

The

following

chart

provides

a

fairly

accurate

visual

selection

tool

for

Internal

Threading

.

The

chart

is

suitable

for

the

following

thread

forms

:

ISO

,

UN

,

WHIT

,

NPT

,

NPTF

,

BSPT

and

PG

.

Conversion

of

Cutting

Speed

to

Rotational

Speed

P

=

Thread

Pitch

A

TPI

mm

D

=

Tool

cutting

diameter

1

4

6.0

N

Conversion

of

selected

cutting

speed

to

rotational

speed

is

calculated

by

the

following

formula

:

5

5.0

Example

:

v

=

120

m

/

m

in

D

=

30

mm

6

4.0

m

V

Vx

1000

120

x

1000

3.5

D

V

N

=

1274

RPM

8

3.0

JT

x D

3.14

x

30

00

D

=

Cutting

diameter

D

=

29

D

=

21

10

2.5

O

Q

o

10

1

0

"

12

2.0

8

16

1.5

Internal

Thread

External

Thread

20

1.25

u

D

=

9

D

=

12

24

1.0

32

0.75

3

48

0.5

090

Left

Hand

Thread

Right

Hand

Thread

Left

Hand

Thread

mm

4

5

6

7

8

9

10

11

12

13

14

15

16

18

20

22

24

26

28

30

32

34

36

38

40

44

48

52

58

64

5

/

8

3

/

4

§

*

¥

inch

1

/

4

3

/

8

1

/

2

1.25

2

2.5

1

1.5

8

<

N

d

=

Thread

Diameter

Any

tool

with

a

small

cutting

diameter

can

produce

large

diameter

threads

.

Example

:

Internal

thread

M

30

x

1.5

:

Find

a

Milling

Tool

to

produce

d

=

30

mm

Internal

right

hand

ISO

thread

with

a

thread

pitch

P

=

1.5

mm

.

As

can

be

seen

from

the

chart

above

,

the

two

red

lines

intersect

at

a

selected

tool

with

a

cutting

diameter

of

D

=

21

mm

.

Chosen

toolholder

:

SR

0021

-

H

21

Insert

:

21

I

1.50

ISO

TTIM

45

C

/

5

Right

Hand

Thread

A

d

=

30

V

1

P

=

1.5

A

If

you

need

assistance

,

please

call

your

local

distributor and

ask

for

help

in

selecting

the

appropriate

tool

as

well

as

for

a

CNC

program

to

suit

your

CNC

milling

machine

.

Technical

Information

for

Thread

Milling

Technical

Information

for

Thread

Milling

RECOMMENDED

SELECT

FORTHREAD

MILLING

Mill

-

Thread

Inserts

Speed

and

Feed

Selection

Spiral

Finish

Mill

-

Thread

Inserts

Speed

and

Feed

Selection

Sub

-

Micro

Grade

with

Titanium

Aluminum

Nitride

multi

-

layer

coating

(

ISO

K

10

-

K

10

)

.

This

is

a

TTIM

45

general

purpose

grade

,

which

can

be

used

with

all

materials

;

It

should

be

run

at

medium

to

high

cutting

speeds

.

Sub

-

Micro

Grade

with

Titanium

Aluminum

Nitride

multi

-

layer

coating

(

ISO

K

10

-

K

10

)

.

This

is

a

TTIM

45

general

purpose

grade

,

which

can

be

used

with

all

materials

;

It

should

be

run

at

medium

to

high

cutting

speeds

.

ISO

Materials

Cutting

Speed

(

m

/

min

)

Feed

Rate

(

mm

)

ISO

Materials

Cutting

Speed

(

m

/

min

)

Low

and

Medium

Carbon

Steels

Low

and

Medium

Carbon

Steels

115

-

280 200

-

330

P P

High

Carbon

Steels

High

Carbon

Steels

130

-

200

170

-

235

105

-

180

100

-

195

Alloy

Steels

,

Treated

Steels

Alloy

Steels

,

Treated

Steels

Stainless

Steels

Stainless

Steels

130

-

190

180

-

230

M

150

-

190 180

-

230

Cast

Steels

Cast

Steels

0.05

-

0.15

Cast

Iron

Cast

Iron

200

-

350

80

-

170

Non

-

Ferrous

and

Aluminum

Non

-

Ferrous

and

Aluminum

180

-

340

500

-

1100

N N

115

-

460 400

-

1500

Synthetics

,

Duroplastics

,

Thermoplastics

Synthetics

,

Duroplastics

,

Thermoplastics

s

Nickel

Alloys

,

Titanium

Alloys

Nickel

Alloys

,

Titanium

Alloys

25

-

90

30

-

55

091

092

Spiral

Mill

-

Thread

Inserts

Speed

and

Feed

Selection

Sub

-

Micro

Grade

with

Titanium

Aluminum

Nitride

multi

-

layer

coating

(

ISO

K

10

-

K

10

)

.

This

is

a

TTIM

45

general

purpose

grade

,

which

can

be

used

with

all

materials

;

It

should

be

run

at

medium

to

high

cutting

speeds

.

ISO

Materials

Cutting

Speed

(

m

/

min

)

Feed

Rate

(

mm

)

Low

and

Medium

Carbon

Steels

145

-

360

P

High

Carbon

Steels

165

-

255

135

-

230

Alloy

Steels

,

Treated

Steels

Stainless

Steels

165

-

245

M

190

-

245

Cast

Steels

0.05

-

0.15

Cast

Iron

100

-

220

Non

-

Ferrous

and

Aluminum

230

-

440

145

-

590

N

Synthetics

,

Duroplastics

,

Thermoplastics

s

Nickel

Alloys

,

Titanium

Alloys

30

-

115

As

you

may

note

,

cutting

speed

is

shown

in

range

terms

.

In

most

standard

cases

choosing

a

speed

in

the

middle

of

the

range

would

be

a

good

choice

for

a

start

.

For

hard

metals

reduce

cutting

speed

.

SOLID

CARBIDE

THREADING

ENDMILLS

SOLID

CARBIDE

THREADING

ENDMILLS

CONTENTS

Technical

Information

forThread

Milling

Solid

Endmills

Solid

Carbide

Threading

Endmills

Mini

Solid

Carbide

Threading

Endmills

094

Technical

Information

for

Thread

Milling

Solid

Endmill

Technical

Information

for

Thread

Milling

Solid

Endmill

Thread

Milling

Solid

Endmill

Code

system

Mini

Thread

Milling

Solid

Endmill

Code

system

7

8

External

End

Mill

Type

Shank

Dia

Cutting

Dia

No

.

of

Flute

No

.

of

Flutes

The

Approximate

Thread

Pitch

Thread

Profile

Cutting

Length

Carbide

Grade

Type

Shank

Dia

Cutting

Dia

No

.

of

Flute

The

Approximate

Thread

Pitch

Thread

Profile

Cutting

Length

Carbide

Grade

External

End

Mill

Type

Shank

Diameter

Cutting

Diameter

Type

0

Non

=

Without

coolant

hole

B

=

With

coolant

hole

Z

=

With

coolant

hole

in

the

flutes

Q

=

Tools

for

threading

deep

holes

06

=

6

mm

08

=

8

mm

10

=

10

mm

12

=

12

mm

14

=

14

mm

16

=

16

mm

M

=

Mini

S

=

Solid

M

=

Mill

T

=

Thread

Non

:

For

Internal

E

:

For

External

S

=

Solid

M

=

Mill

T

=

Thread

031

=

3.1

mm

04

=

4.0

mm

Shank

Diameter

Cutting

Diameter

No

.

of

Flutes

No

.

of

Flutes

The

Approximate

Cutting

Length

Thread

Pitch

(

Hi

)

G

0

@

SB

06

=

6

mm

8

=

8

mm

10

=

10

mm

12

=

12

mm

14

=

14

mm

16

=

16

mm

20

=

20

mm

25

=

25

mm

031

=

3.1

mm

04

=

4.0

mm

C

=

3

D

=

4

E

=

5

F

=

6

C

=

3

D

=

4

E

=

5

0.25

-

4.0

mm

72

-

7

TPI

The

Approximate

Cutting

Length

Thread

Pitch

Thread

Profile

Thread

Profile

Carbide

Grade

®

e

095

096

KB

rang

rasi rasi

ISO

-

ISO

Metric

UN

-

American

UN

(

UNC

,

UNF

,

UNEF

,

UNS

)

W

-

Whit

Worth

(

BSW

,

BSF

,

BSP

,

BSB

)

NPT

-

National

Pipe

Thread

NPTF

-

National

Pipe

Thread

BSPT

-

British

Standard

Pipe

Thread

(

BSPT

)

ISO

-

ISO

Metric

UN

-

American

UN

(

UNC

,

UNF

,

UNEF

,

UNS

)

W

-

Whit

Worth

(

BSW

,

BSF

,

BSP

,

BSB

)

NPT

-

National

Pipe

Thread

NPTF

-

National

Pipe

Thread

BSPT

-

British

Standard

Pipe

Thread

(

BSPT

)

UNJ

-

Unified

Constant

Thread

MJ

-

ISO

5855

0.25

-

4.0

mm

72

-

7

TPI

TTIM

45

TTIS

30

Carbide

Grade

TTIM

45

TTIS

30

Technical

Information

for

Thread

Milling

Solid

Endmill

Technical

Information

for

Thread

Milling

Solid

Endmill

RECOMMENDED

SELECT

FOR

SOLID

THREADING

ENDMILLS

Solid

Carbide

Threading

Endmills

Speed

and

Feed

Selection

Mini

Solid

Carbide

Threading

End

mills

Speed

and

Feed

Selection

Sub

-

Micro

Grade

with

Titanium

Aluminum

Nitride

multi

-

layer

coating

(

ISO

K

10

-

K

10

)

.

This

is

a

TTIM

45

general

purpose

grade

,

which

can

be

used

with

all

materials

;

It

should

be

run

at

medium

to

high

cutting

speeds

.

Sub

-

Micro

Grade

with

Titanium

Aluminum

Nitride

multi

-

layer

coating

(

ISO

K

10

-

K

10

)

.

This

is

a

TTIM

45

general

purpose

grade

,

which

can

be

used

with

all

materials

;

It

should

be

run

at

medium

to

high

cutting

speeds

.

Feed

Rate

(

mm

)

Feed

Rate

(

mm

)

Cutting

Speed

(

m

/

min

)

ISO

Materials

ISO

Materials

cp

2

cp

3

cp

4

cp

6

cp

8

cp

10

cp

12

cp

14

cp

16

cp

20

cp

25

cp

5

cp

6

cp

7

cp

8

cp

9

cp

10

cp

12

(

p

14

cp

16

Low

and

Medium

Carbon

Steels

<

0.55

%

C

Low

and

Medium

Carbon

Steels

<

0.55

%

C

100

-

250

0.03

0.04 0.04

0.06

0.07

0.08 0.09

0.11

0.12

0.15

0.18

60

-

120

0.04

0.05

0.07

0.09

0.11

0.13

0.14

0.15

0.16 0.16

0.17

0.18 0.18

P P

110

-

180

0.02

0.03 0.03

0.05

0.06

0.07

0.08 0.09

0.10

0.12

0.15

60

-

90

0.03

0.04

0.05

0.06

0.08

0.09

0.10

0.12

0.13

0.14 0.14

0.16

0.17

0.18

High

Carbon

Steels

>

0.55

%

C

High

Carbon

Steels

>

0.55

%

C

90

-

160

0.02

0.03 0.03

0.04

0.05

0.06

0.07

0.08

0.10

50

-

80

0.03

0.04 0.04

0.05 0.05

0.06

0.07 0.07

0.08

0.09

0.10

0.12

0.13

0.14

Alloy

Steels

,

Treated

Steelss

Alloy

Steels

,

Treated

Steelss

Stainless

Steels

-

Free

cutting

60

-

160

0.02

0.03 0.03

0.04

0.05

0.06 0.06

0.07

0.08 0.09

0.11

Stainless

Steels

-

Free

cutting

70

-

100

0.02

0.03

0.04

0.05

0.06

0.07

0.08

0.09

0.10

0.11

0.12

0.13

M

Stainless

Steels

-

Austenitic

60

-

120

0.02 0.02

0.03 0.03

0.04

0.05

0.06

0.07

0.08

0.10

Stainless

Steels

-

Austenitic

60

-

90

0.02

0.03 0.03

0.04

0.05

0.06

0.07

0.08

0.09

0.10

0.11

0.12

0.13

Cast

Steels

130

-

170

0.02

0.03 0.03

0.04

0.05

0.06

0.07

0.08

0.10

Cast

Steels

70

-

90

0.03

0.04 0.04

0.05 0.05

0.06

0.07 0.07

0.08

0.09

0.10

0.12

0.13

0.14

Cast

Iron

70

-

150

0.03

0.04 0.04

0.06

0.07

0.08 0.09

0.11

0.12

0.15

0.18

Cast

Iron

40

-

80

0.04

0.05

0.07

0.09

0.11

0.13

0.14

0.15

0.16 0.16

0.17

0.18 0.18

Aluminum

«

12

%

Si

,

Copper

150

-

350

0.03

0.04 0.04

0.06

0.07

0.08 0.09

0.11

0.12

0.15

0.18

Aluminum

«

12

%

Si

,

Copper

100

-

200

0.04

0.05

0.07

0.09

0.11

0.13

0.14

0.15

0.16 0.16

0.17

0.18

0.16

N N

100

-

250

0.02 0.02

0.03 0.03

0.04

0.05

0.06

0.07

0.08

0.10

60

-

140

0.03 0.03 0.03

0.04

0.05

0.06

0.07

0.08

0.09

0.10

0.11

0.13

0.10

Aluminum

>

12

%

Si

Aluminum

>

12

%

Si

100

-

400

0.05

0.06

0.07

0.08

0.10

0.11

0.12

0.13

0.15

0.18

0.22

50

-

200

0.09

0.10

0.11

0.12

0.14

0.16

0.18 0.19

0.19

0.19 0.19

0.19

0.20

Synthetics

,

Duroplastics

Synthetics

,

Duroplastics

S

Thermoplastics

and

Nickel

Alloys

.

Titanium

Alloys

S

Thermoplastics

and

Nickel

Alloys

,

Titanium

Alloys

20

-

80

0.02 0.02 0.02

0.03 0.03 0.03 0.03

0.04 0.04 0.04

0.05

20

-

40

0.03 0.03 0.03

0.04 0.04

0.05

0.06 0.06

0.06

0.07 0.07

0.07

0.08 0.08

097

098

thread

milling

arc

exit

Thread

Milling

start

position

(

2

.

entry

)

arc

entrance

Thread

Milling

start

(

1

.

entry

)

Thread

Milling

(

1

.

entry

)

Thread

Milling

(

2

.

entry

)

end

point

start

point

end

point

Start

Point

center

location

fLl

f

fLl

a

fl

\

J

t

ns

Hil

1

r

at

k

Eli

'

in

/

M

&

M

I

h

\

J

'

w

P

Solid

Threading

Endmills

for

Internal

Thread

Solid

Threading

Endmills

for

Internal

Thread

ISO

60

°

METRIC

UN

60

°

AMERICAN

UN

(

UNO

UNF

UNEF

UNS

)

ap ap

p

P

>

1

l

<

BP

dh

6

dh

6

D

*

15

°

^

L

15

^

L

•

Application

:

General

engineering

•

Application

:

General

engineering

Dimension

(

mm

)

Dimension

(

mm

)

Pitch

(

mm

)

M

No

.

of

flutes

No

.

of

flutes

Designation

M

coarse

Designation

TPI

UNC

UNF

UNEF

fine

d

D

ap

L

d

D

ap

L

SMT

06022

C

5

0.50

ISO

0.50

M

3

6

2.2

5.3

58

3

SMT

06025

C

6

40

UN

40

8

6

2.5

6.0

62

3

cp

>

4

06038

C

10

0.50

ISO

0.50

cp

>

5

6

3.8

10.4

58

3

06032

C

6

32

UN

32

8

10

12

6

3.2

6.8

58

3

06031

C

7

0.70

ISO

0604

C

11

28

UN

1

/

4

0.70

M

4

cp

>

5

6

3.1

7.4

58

3

28

7

/

16

-

1

/

2

6

4.0

11.3

58

3

06045

C

10

0.75

ISO

0606

C

14

28

UN

0.75

cp

>

6 6

4.5

10.1

58

3

28

6

6.0

14.5

58

3

06036

C

9

0.80

ISO

0605

C

14

24

UN

5

/

16

0.80

M

5

cp

>

6 6

3.6

9.2

58

3

24

9

/

16

-

5

/

8

6

5.0

14.8

58

3

0604

C

10

1.00

ISO

1.00

M

6

4.0

10.5

58

3

0807

C

21

24

UN

24

3

/

8

7.0

20.0

64

3

cp

>

7

6

8

0604

C

14

1.00

ISO

1.00

M

6

4.0

14.5

58

3

06045

C

12

20

UN

20

1

/

4

6

4.5

12.1

58

3

cp

>

7

0606

C

12

1.00

ISO

1.00

cp

>

9

6

6.0

12.5

58

3

0807

C

21

20

UN

20

7

/

16

-

1

/

2

3

/

4

-

1

8

7.0

20.0

64

3

0808

D

16

1.00

ISO

1.00

cp

>

10

8

8.0

16.5

64

4

1212

E

27

20

UN

20

12

12.0

27.3

84

5

0605

C

14

1.25

ISO

1.25

M

8

cp

>

10

6

5.0

14.4

58

3

0605

C

14

18

UN

18

5

/

16

11

/

8

-

1

5

/

8

6

5.0

14.8

58

3

099

100

0605

C

19

1.25

ISO

1.25

M

8

cp

>

10

6

5.0

19.4

58

3

1010

D

26

18

UN

18

9

/

16

-

5

/

8

10

10.0

26.1

73

4

0807

C

17

1.50

ISO

0606

C

16 16

UN

3

/

8

1.50

M

10

cp

>

12

8

7.0

17.3

64

3

16

6

6.0

16.7

58

3

0807

C

24

1.50

ISO

3

/

4

1.50

M

10

cp

>

12

8

7.0

24.8

76

3

1212

D

31

16

UN

16

12

12.0

30.0

84

4

1010

D

21

1.50

ISO

0807

C

20

14

UN

7

/

16

1.50

cp

>

14

10

10.0

21.8

73

4

14

8

7.0

20.9

64

3

1616

F

33

1.50

ISO

1.50

cp

>

20

16

16.0

33.8

105

6

1615

E

37

14

UN

14

7

/

8

16

15.0

37.2

105

5

0808

C

20

1.75

ISO

1.75

M

12

8

8.0

20.1

64

3

0808

C

22

13

UN

13

1

/

2

8

8.0

22.5

64

3

cp

>

14

0808

C

28

1.75

ISO

1.75

M

12

cp

>

14

8

8.0

28.9

76

3

1016

C

26

12

UN

12

9

/

16

10

10.0

26.5

73

3

1010

C

27

2.00

ISO

2.00

M

16

cp

>

17

10

10.0

27.0

73

3

1616

E

41

12

UN

12

1

-

1

-

1

/

2

16

16.0

41.3

105

5

1010

C

39

2.00

ISO

2.00

M

16

cp

>

17

10

10.0

39.0

105

3

1010

C

28

11

UN

11

5

/

8

10

10.0

28.9

73

3

1212

D

27

2.00

ISO

2.00

cp

>

18

12

12.0

27.0

84

4

1212

C

34

10

UN

10

3

/

4

12

12.0

34.3

84

3

2020

F

41

2.00

ISO

1615

C

38

9

UN

7

/

8

2.00

cp

>

26

20

20.0

41.0

105

6

9

16

16.0

38.1

105

3

1414

D

33

2.50

ISO

1616

C

42

8

UN

2.50

M

20

cp

>

22

14

14.0

33.8

84

4

8

1

16

15.0

42.9

105

3

1414

D

48

2.50

ISO

1

/

8

-

1 1

/

4

105

2.50

M

20

cp

>

22

14

14.0

48.8

105

4

2020

D

45

7

UN

7

20

20.0

45.4

3

1616

C

40

3.00

ISO

3.00

M

24

cp

>

2

5

16

16.0

40.5

105

3

1616

C

58

3.00

ISO

3.00

M

24

cp

>

2

5

16

16.0

58.5

120

3

2020

D

43

3.00

ISO

3.00

M

27

cp

>

28

20

20.0

43.5

105

4

Solid

Threading

Endmills

for

Internal

Thread

Solid

Threading

Endmills

for

Internal

Thread

W

55

°

WHIT

WORTH

(

BSW

.

BSF

,

BSP

,

BSB

)

BSPT

55

°

BRITISH

STANDARD

PIPE

ap

P

ft

«

—

D

dh

6

D

dh

6

*

15

^

L

15

^

L

R

0.137

P

Screw

•

Application

:

General

engineering

fittings

and

pipe

couplings

•

Application

:

General

engineering

fittings

and

pipe

couplings

Dimension

(

mm

)

Dimension

(

mm

)

BSP

No

.

of

flutes

BSP

No

.

of

flutes

Designation Designation

TPI TPI

d

D

ap

L

d

D

ap

L

SMT

0606

C

9

28

W

28

G

1

/

8

6

6.0

9.5

58

3

SMT

0606

C

9

28

BSPT

28

RC

1

/

8

6

6.0

9.5

58

3

0808

C

14

19

W

19

G

1

/

4

-

3

/

8

8.0

14.0

64

3

0808

C

14

19

BSPT

19

RC

1

/

4

-

3

/

8

8.0

14.0

64

3

G

1

/

2

-

7

/

8

1212

D

19

14

BSPT

RC

1

/

2

-

7

/

8

1212

D

1914

W

14

12

12.0

19.0

84

4

14

12

12.0

19.1

84

4

G

1

/

2

-

7

/

8

1616

D

28

11

BSPT

RC

1

-

2

1212

D

2614

W

14

12

12.0

26.3

84

4

11

16

16.0

28.9

105

4

1212

C

24

11

W

G

1

-

1 1

/

2

11

12

12.0

24.2

84

3

1616

D

38

11

W

11

G

1

-

3

16

,

0

38.1

105

16

4

2020

E

47

11

W

11

G

>

1

20

20.0

47.3

105

5

101

102

NPT

60

°

NATIOANL

PIPE

ap

P

MAA

/

W

^

D

dh

6

*

15

^

L

99

f

Taper

1

:

16

Screw

•

Application

:

General

engineering

Dimension

(

mm

)

Designation

BSP

No

.

of

flutes

TPI

d

D

ap

L

SMT

0606

C

9

27

NPT

27

1

/

8

6

6.0

9.9

58

3

0808

C

14

18

NPT

18

1

/

4

-

3

/

8

8.0

14.8

64

3

1212

D

20

14

NPT

14

1

/

2

-

3

/

4

12

12.0

20.9

84

4

1616

D

27

11.5

NPT

11.5

1

-

2

16

16.0

27

,

6

105

4

2020

D

39

8

NPT

8

20

20.0

39.7

105

4

>

2

1

/

2

Solid

Threading

Endmills

for

Internal

Thread

with

Coolant

Hole

Solid

Threading

Endmills

for

Internal

Thread

with

Coolant

Hole

ISO

60

°

METRIC

UN

60

°

AMERICAN

UN

(

UNO

UNF

UNEF

UNS

)

ap

p

MBS

mm

MW

D

dh

6

D

dh

6

*

15

^

|

15

^

l

1

/

8

P

1

/

8

P

Screw Screw

•

Application

:

General

engineering

•

Application

:

General

engineering

Dimension

(

mm

)

Dimension

(

mm

)

Pitch

(

mm

)

M

No

.

of

flutes

No

.

of

flutes

Designation

M

coarse

Designation

TPI

UNC

UNF

UNEF

fine

d

D

ap

L

d

D

ap

L

SMTB

0606

C

12

1.00

ISO

1.00

cp

>

9

6

6.0

12.5

58

3

SMTB

0808

D

18

32

UN

32

3

/

88

8.0

18.7

64

4

0808

D

16

1.00

ISO

1.00

cp

>

10

8

8.0

16.5

64

4

0606

C

14

32

UN

32

5

/

16

6

6.0

14.7

58

3

1010

D

24

1.00

ISO

0605

C

11

28

UN

1

/

4

1.00

cp

>

12

10

10.0

24.5

73

4

28

7

/

16

-

1

/

2

6

5.0

11.3

58

3

0606

C

14

1.25

ISO

0606

C

14

28

UN

1.25

M

8

cp

>

10

6

6.0

14.4

58

3

28

6

6.0

14.1

58

3

0606

C

19

1.25

ISO

08066

C

14

24

UN

5

/

16

1.25

M

8

cp

>

10

6

6.0

19.4

58

3

24

9

/

16

-

5

/

8

6.6

14.3

64

3

08078

C

17

1.50

ISO

1.50

M

10

17.0

64

3

0808

D

21

24

UN

24

3

/

8

8.0

20.6

64

cp

>

12

8

7.8

8

4

08078

C

24

1.50

ISO

1.50

M

10

cp

>

12

8

7.8

24.8

64

3

0808

C

21

20

UN

20

7

/

16

8

8.0

21.0

64

3

1010

D

21

1.50

ISO

1.50

cp

>

14

10

10.0

21.8

73

4

1010

D

22

20

UN

20

1

/

2

3

/

4

-

1

10

10.0

22.3

73

4

1212

D

26

1.50

ISO

1.50

cp

>

16

12

12.0

26.3

84

4

1212

E

27

20

UN

20

12

12.0

27.3

84

5

1616

F

33

1.50

ISO

1.50

(

p

>

20

16

16.0

33.8

105

6

06056

C

14

18

UN

18

5

/

16

11

/

8

-

1

5

/

8

6

5.6

14.8

58

3

103

104

1009

C

20

1.75

ISO

1.75

M

12

cp

>

12

10

9.0

20.1

73

3

12113

D

26

18

UN

18

9

/

16

-

5

/

8

12

11.3

26.1

84

4

1009

C

28

1.75

ISO

08067

C

16 16

UN

3

/

8

1.75

M

12

cp

>

12

10

9.0

28.9

73

3

16

8

6.7

16.7

64

3

1010

C

27

2.00

ISO

3

/

4

2.00

M

14

cp

>

15

10

10.0

27.0

73

3

1212

D

31

16

UN

16

12

12.0

31.0

84

4

12118

D

27

2.00

ISO

08077

C

20

14

UN

7

/

16

2.00

M

16

cp

>

17

12

11.8

27.0

84

4

14

8

7.7

20.9

64

3

12118

D

39

2.00

ISO

2.00

M

16

12

11.8

39.0

105

1616

E

37

14

UN

14

7

/

8

16

16.0

37.2

105

q

>

17

4

5

2020

F

41

2.00

ISO

2.00

q

)

>

26

20

20.0

41.0

105

6

10092

C

22

13

UN

13

1

/

2

10

9.2

22.5

73

3

1615

E

33

2.50

ISO

2.50

M

20

cp

>

22

16

15.0

33.8

105

12105

C

26

12

UN

12

9

/

16

12

10.5

26.5

84

3

5

1615

E

38

2.50

ISO

2.50

M

20

cp

>

22

16

15.0

48.8

105

1616

E

41

12

UN

12

1

-

1

-

1

/

2

16

16.0

41.3

105

5 5

2018

D

40

3.00

ISO

3.00

M

24

cp

>

25

20

18.0

40.5

105

4

12114

C

28

11

UN

11

5

/

8

12

11.4

28.9

84

3

2018

D

58

3.00

ISO

3.00

M

24

cp

>

25

20

18.0

58.5

120

4

16144

D

34

10

UN

10

3

/

4

16

14.4

34.3

105

4

2020

D

43

3.00

ISO

1616

C

38

9

UN

7

/

8

3.00

M

27

q

)

>

28

20

20.0

43.5

105

4

9

16

16.0

38.1

105

3

20195

D

42

8

UN

8

1

20

19.5

42.9

105

4

1

/

8

-

1 1

/

4

105

2020

D

45

7

UN

7

20

20.0

45.3

4

Solid

Threading

Endmills

for

Internal

Thread

with

Coolant

Hole

H

Solid

Theading

Endmills

for

Internal

Thread

with

Coolant

Hole

W

55

°

WHIT

WORTH

(

BSW

,

BSF

,

BSP

,

BSB

)

BSPT

55

°

BRITISH

STANDARD

PIPE

ap ap

P

D

dh

6

dh

6

*

15

^

L

15

^

L

90

°

/

R

0.137

P

R

0.137

P

Screw Screw

1

7

-

•

Application

:

General

engineering

fittings

and

pipe

couplings

•

Application

:

General

engineering

fittings

and

pipe

couplings

Dimension

(

mm

)

Dimension

(

mm

)

BSP

No

.

of

flutes

BSP

No

.

of

flutes

Designation Designation

TPI TPI

d

D

ap

L

d

D

ap

L

SMTB

08078

C

14

28

W

28

G

1

/

8

7.8

14.1

64

3

SMTB

08078

C

14

28

BSPT

28

RC

1

/

8

7.8

14.1

64

3

1010

D

16

19

W

19

G

1

/

4

-

3

/

8

10

10.0

16.7

73

4

1010

D

16

19

BSPT

19

RC

1

/

4

-

3

/

8

10

10.0

16.7

73

4

G

1

/

2

-

7

/

8

1616

E

26

14

BSPT

RC

1

/

2

-

7

/

8

1616

E

26

14

W

14

16

16.0

26.3

105

5

14

16

16.0

26.3

105

5

1616

D

28

11

BSPT

RC

1

-

2

1616

D

38

11

W

11

16

16.0

38.1

105

4

11

16

16.0

28.9

105

4

G

>

1

2020

E

47

11

W

11

G

>

1

20

20.0

47.3

105

5

NPT

60

°

NATIOANL

PIPE

ap

105

106

p

^

E

A

m

D

dh

6

15

^

L

•

Application

:

Steam

,

gas

and

water

pipes

Dimension

(

mm

)

Designation

NPT

No

.

of

flutes

TPI

d

D

ap

L

SMTB

08076

C

10

27

NPT

27

1

/

8

7.6

10.8

64

3

1010

D

16

18

NPT

18

1

/

4

-

3

/

8

10

10.0

16.2

73

4

16155

D

22

14

NPT

14

1

/

2

-

3

/

4

16

15.5

22.7

105

4

2020

D

29

11.5

NPT

11.5

1

-

2

20

20.0

29.8

105

4

2020

D

39

8

NPT

8

>

2

1

/

2

20

20.0

39.7

105

4

Ai

ri

Solid

Threading

Endmills

for

Internal

Thread

with

Coolant

Hole

in

the

Flutes

Solid

Threading

Endmills

for

Internal

Thread

with

Coolant

Hole

in

the

Flutes

ISO

60

°

METRIC

W

55

°

WHIT

WORTH

(

BSW

.

BSF

,

BSP

,

BSB

)

ap ap

P

>

i

\

<

D

—

dh

6

D

—

=

dh

6

15

\

15

\

1

/

8

P

R

0.137

P

ScrewScrew

•

Application

:

General

engineering

•

Application

:

General

engineering

fittings

and

pipe

couplings

Dimension

(

mm

)

Dimension

(

mm

)

Pitch

(

mm

)

M

Designation

BSP

No

.

of

flutes

TPI

No

.

of

flutes

Designation

M

coarse

d

ap

D

L

fine

d

D

ap

L

SMTZ

08078

C

14

28

W

28

G

1

/

8

7.8

14.1

64

3

1010

D

16

19

W

19

G

1

/

4

-

3

/

8

10

10.0

16.7

73

4

SMTZ

1010

D

21

1.50

ISO

1.50

cp

>

14

10

10.0

21.8

73

4

1616

E

26

14

W

14

G

1

/

2

-

7

/

8

16

16.0

26.3

101

5

1212

D

26

1.50

ISO

1.50

cp

>

16

12

12.0

26.3

84

4

1616

D

38

11

W

11

G

>

1

16

16.0

38.1

101

4

1616

E

33

1.50

ISO

1.50

cp

>

20

16

16.0

33.8

101

5

1009

C

20

1.75

ISO

1.75

M

12

cp

>

12

10

9.0

20.1

73

3

NPT

60

°

NATIOANL

PIPE

1009

C

28

1.75

ISO

1.75

M

12

cp

>

12

10

9.0

28.9

73

3

1010

C

27

2.00

ISO

2.00

M

14

10.0

27.0

73

3

cp

>

15

10

12118

D

27

2.00

ISO

2.00

M

16

12

11.8

27.0

84

4

q

)

>

17

ap

1615

E

33

2.50

ISO

2.00

M

20

cp

>

22

16

15.0

33.8

101

5

D

dh

6

UN

60

°

AMERICAN

UN

(

UNC

UNF

UNEF

UNS

)

90

°

(

*

15

\

Taper

1

:

16

107

108

•

Application

:

Steam

,

gas

and

water

pipes

ap

Dimension

(

mm

)

Designation

TPI

NPT

No

.

of

flutes

D

dh

6

d

D

ap

L

15

\

1

/

8

P

SMTZ

08076

C

10

27

NPT

1

/

8

3

27

8

7.6

10.8

64

Screw

•

Application

:

General

engineering

1

/

4

-

3

/

8

1010

D

16

18

NPT

18

10

10.0

16.2

73

4

1

/

2

-

3

/

4

16155

D

22

14

NPT

14

16

15.5

22.7

105

4

Dimension

(

mm

)

No

.

of

flutes

BSPT

55

°

BRITISH

STANDARD

PIPE

Designation

UNC

UNF

UNEF

TPI

d

D

ap

L

ap

SMTZ

1010

D

22

20

UN

20

1

/

2

22.3

73

10

10.0

4

ntt

-

SBH

1212

E

27

20

UN

20

3

/

4

-

1

12

12.0

27.3

84

5

D

dh

6

*

06056

C

14

18

UN

18

5

/

16

6

5.6

14.8

58

3

15

?

L

12113

D

26

18

UN

18

9

/

16

-

5

/

8

1

/

8

-

1

5

/

8

12

11.3

26.1

84

4

90

/

1

RO

137

P

Screw

T f

'

08067

C

16

UN

16

3

/

8

6.7

16.7

64

3

•

Application

:

Steam

,

gas

and

water

pipes

1212

D

31

16

UN

16

3

/

4

12

12.0

31.0

84

4

08077

C

20

14

UN

7

/

16

14

8

7.7

20.9

64

3

Dimension

(

mm

)

7

/

8

Designation

1616

E

37

14

UN

14

16

16.0

37.2

105

5

TPI

BSPT

No

.

of

flutes

d

D

ap

L

10092

C

22

13

UN

1

/

2

13

10

9.2

22.5

73

3

SMTZ

08078

C

14

28

BSPT

28

RC

1

/

8

7.8

14.1

64

3

12105

C

26

12

UN

12

9

/

16

12

10.5

26.5

84

3

1010

D

16

19

BSPT

19

RC

1

/

4

-

3

/

8

10

10.0

16.7

73

4

12114

C

28

11

UN

11

5

/

8

12

11.4

28.9

84

3

1616

E

26

14

BSPT

14

RC

1

/

2

-

7

/

8

16

16.0

26.3

101

5

16144

D

34

10

UN

10

3

/

4

16

14.4

34.3

101

4

1616

D

28

11

BSPT

11

RC

1

-

2

16

16.0

38.1

101

4

Ddh6

P

HL

ap

Solid

Threading

Endmills

for

Internal

with

Relieved

Neck

and

Coolant

Hole

Solid

Threading

Endmills

for

External

Thread

ISO

60

°

METRIC

ISO

60

°

METRIC

ap

P

RH

PPP

dh

6

D

dh

6

ap

15

”

;

L

H

L

1

/

8

P

1

/

8

P

Screw

•

Application

:

General

engineering

Dimension

(

mm

)

Dimension

(

mm

)

Pitch

(

mm

)

Thread

Size

No

.

of

flutes

No

.

of

flutes

Designation Designation

Pitch

(

mm

)

d

ap ap

D

H

L

D

L

SMTQ

1010

D

32

1.00

ISO

1.00

cp

>

12

10

10.0

18.0

32.0

73

4

ESMT

1010

D

16

1.00

ISO

1.00

10

10.0

16.5

73

4

1212

D

38

1.00

ISO

1.00

cp

>

14

12

12.0

21.0

38.0

84

4

1212

E

20

1.00

ISO

1.00

12

12.0

20.5

84

5

1616

F

45

1.00

ISO

1.00

cp

>

18

16

16.0

26.0

45.0

105

6

1010

D

16

1.25

ISO

1.25

10

10.0

16.9

73

4

1010

D

30

1.50

ISO

1.50

cp

>

13

10

10.0

18.0

30.0

73

4

1010

D

15

1.50

ISO

1.50

10

10.0

15.8

73

4

1212

D

34

1.50

ISO

1.50

34.5

cp

>

15

12

12.0

19.5

84

4

1616

F

43

1.50

ISO

1212

D

20

1.50

ISO

1.50

cp

>

19

16

16.0

25.5

43.5

105

6

1.50

12

12.0

20.3

84

4

2020

F

60

1.50

ISO

1.50

cp

>

23

20

20.0

36.0

60.0

105

6

1212

D

20

1.75

ISO

1.75

20.1

12

12.0

84

4

1212

D

42

2.00

ISO

2.00

cp

>

16

12

12.0

24.0

42.0

84

4

1010

C

17

2.00

ISO

2.00

10

10.0 17.0

73

3

1616

E

45

2.00

ISO

2.00

cp

>

20

16

16.0

26.0

45.0

105

5

1212

D

21

2.00

ISO

2.00

12

12.0

21.0

84

4

2020

F

56

2.00

ISO

2.00

cp

>

24

20

20.0

34.0

56.0

105

6

1616

D

45

3.00

ISO

3.00

cp

>

22

16

16.0

30.0

45.0

105

4

2020

E

54

3.00

ISO

3.00

cp

>

26

20

20.0

33.0

54.0

105

5

109

110

2020

D

45

3.50

ISO

3.50

cp

>

26

20

20.0 28.0

45.5

105

4

2525

D

64

4.00

ISO

4.00

cp

>

31

25

25.0

40.0

64.0

105

4

UN

60

°

AMERICAN

UN

(

UNC

UNF

UNEF

UNS

)

UN

60

AMERICAN

UN

(

UNC

UNF

UNEF

UNS

)

ap

D

dh

6

PPP

15

”

;

L

\

1

/

8

P

Screw

•

Application

:

General

engineering

1

/

8

P

Screw

Dimension

(

mm

)

No

.

of

flutes

Designation

TPI

Dimension

(

mm

)

d

ap

D

L

Thread

Size

No

.

of

flutes

Designation

TPI

ESMT

1010

D

1624

UN

24

10

10.0

16.4

73

4

d

ap

D

H

L

1212

E

21

20

UN

20

12

12.0

21.0

84

5

SMTQ

1010

D

30

20

UN

20

cp

>

12

10

10.0

17.8

30.5

73

4

1212

D

2018

UN

18

12

12.0

20.5

84

4

1212

E

35

20

UN

20

cp

>

14

12

12.0

20.3

35.6

84

1212

D

21

16

UN

16

12

12.0

21.4

84

4

1616

F

43

20

UN

20

cp

>

18

16

16.0

25.4

43.2

105

6

1212

D

35

18

UN

18

cp

>

15

12

12.0

19.7

35.3

84

4

1212

D

20

14

UN

14

12

12.0

20.9

84

4

1212

D

3516

UN

16

35.0

cp

>

15

12

12.0

20.7

84

4

1212

D

20

12

UN

12

20.1

12

12.0

84

4

1616

E

42

16

UN

16

cp

>

19

16

16.0

25.4

42.8

105

5

2020

F

58

16

UN

16

cp

>

23

20

20.0

36.6

58.8

105

6

1616

E

45

14

UN

14

cp

>

20

16

16.0

25.4

45.3

105

5

1212

D

42

12

UN

12

cp

>

16

12

12.0

25.4

42.3

84

4

2020

E

55

12

UN

12

cp

>

24

20

20.0

33.9

55.1

105

5

Mini

Solid

Threading

Endmills

for

Tiny

Internal

Thread

Mini

Solid

Threading

Endmills

for

Tiny

Internal

Thread

ISO

60

°

METRIC

2

xD

UN

60

°

AMERICAN

UN

(

UNO

UNF

UNEF

UNS

)

2

xD

wf

MBS

/

WV

AAA

.

dh

6

dh

6

\

AA

/

\

AA

/

H

L

1

/

8

P

1

/

8

P

Screw

•

Left

-

hand

tools

(

CNC

code

M

04

)

•

Application

:

General

engineering

•

Thread

length

up

to

2

xD

•

Application

:

General

engineering

Dimension

(

mm

)

Dimension

(

mm

)

Thread

Size

No

.

of

flutes

Designation

Pitch

(

mm

)

No

.

of

flutes

Designation

TPI

UNC

UNF

d

D

H

L

d

D

H

L

MSMT

06016

C

4

0.40

ISO

0.40

M

2.0

6

1.55

4.5

58

3

06017

C

5

0.45

ISO

0.45

M

2.2

6

1.65

5.0

58

3

MSMT

06014

C

3

72

UN

72

1

6

1.45

3.7

58

3

0602

C

5

0.45

ISO

0.45

M

2.5

6

1.95

58

3

5.5

06014

C

3

64

UN

64

1

2

6

1.40

3.8

58

3

06024

C

6

0.50

ISO

0.50

M

3.0

6

2.35

6.5

58

3

06016

C

4

56

UN

56

2

3

6

1.65

4.4

58

3

06028

C

7

0.60

ISO

0.60

M

3.5

6

2.75

58

3

7.5

06019

C

5

48

UN

48

3

4

6

1.90

5.2

58

3

06031

C

9

0.70

ISO

0.70

M

4.0

6

3.10

9.0

58

3

06021

C

6

40

UN

40

4

6

2.10

6.3

58

3

06038

C

12

0.80

ISO

0.80

3.80

12.5

58

3

M

5.0

6

06047

C

14

1.00

ISO

1.00

M

6.0

6

4.65

14.0

58

3

06024

C

7

40

UN

40

6

2.45

7.0

58

3

5

6

0606

C

18

1.25

ISO

1.25

M

8.0

6

5.95

18.0

58

3

06033

C

9

36

UN

36

8

6

3.30

9.0

58

3

0808

D

25

0.75

ISO

0.75

M

10.0

8

8.00

25.0

64

4

06025

C

7

32 UN 32

6

2.55

7.1

58

3

08078

C

23

1.50

ISO

1.50

M

10.0

8

7.80

23.0

64

3

06032

C

9

32

UN

32

8

6

3.20

9.5

58

3

1009

C

26

1.75

ISO

1.75

M

12.0

10

9.00

26.0

73

3

12118

D

35

2.00

ISO

2.00

M

16.0

12

11.80

35.0

84

4

06037

C

10

32

UN

32

10

6

3.70

10.5

58

3

111

112

1615

E

43

2.50

ISO

2.50

M

20.0

16

15.00

43.0

105

5

06042

C

11

28

UN

28

12

6

4.20

11.0

58

3

0605

C

14

28

UN

1

/

4

28

6

5.00

14.5

58

3

ISO

60

°

METRIC

3

xD

06035

C

10

24

UN

24

10

,

12

6

3.50

10.6

58

3

08066

C

17

24

UN

5

/

16

24

8

6.6

17.0

64

3

06047

C

14

20

UN

20

1

/

4

6

14

,

0

58

3

4.75

n

0808

C

25

20

UN

20

7

/

16

8

8.00

25.0

64

3

AAA

.

dh

6

D

vw

0606

C

17

18

UN

18

5

/

16

6

6.00

17.0

58

3

H

L

1212

D

35

18

UN

18

5

/

8

12

12.00

35.0

84

4

1

/

8

P

Screw

08067

C

22

16

UN

16

3

/

8

6.70

22.0

64

3

•

Thread

length

up

to

3

xD

7

/

16

08077

C

25

14

UN

14

8

7.70

25.0

64

3

1092

C

27

13

UN

1

/

2

13

10

9.20

27.5

73

3

Dimension

(

mm

)

12105

C

37

12

UN

9

/

16

12 12

10.50

31.5

84

3

Thread

Size

Designation

Pitch

(

mm

)

No

.

of

flutes

d

D

H

L

12114

C

34

11

UN

11

5

/

8

11.40

41.5

12

84

3

d

)

MSMT

03011

C

4

0.30

ISO

0.30

Ml

.

4

3

1.05

4.0

39

3

03012

C

5

0.35

ISO

(

1

)

0.35

Ml

.

6

3

1.20

5.0

58

3

03016

C

6

0.40

ISO

(

1

)

0.40

M

2.0

3

1.55

6.0

58

3

0602

C

7

0.45

ISO

0.45

M

2.5

6

1.95

7.5

58

3

06024

C

9

0.50

ISO

0.50

M

3.0

6

2.35

9.5

58

3

06028

C

10

0.60

ISO

0.60

M

3.5

6

2.75

10.5

58

3

06031

C

12

0.70

ISO

0.70

M

4.0

6

3.10

12.5

58

3

06038

C

16

0.80

ISO

0.80

M

5.0

6

3.80

16.0

58

3

06047

C

20

1.00

ISO

1.00

4.65

20.0

58

3

M

6.0

6

0606

C

24

1.25

ISO

1.25

M

8.0

6

5.95

24.0

58

3

(

1

)

Specially

designed

forthe

production

of

dental

implants

Mini

Solid

Threading

Endmills

for

Tiny

Internal

Thread

Mini

Solid

Threading

Endmills

for

Tiny

Internal

Thread

UN

60

°

AMERICAN

UN

(

UNC

UNF

UNEF

UNS

)

3

xD

MJ

ISO

5855

3

xD

AM

IVBH

HOC

AAA

.

AAA

dh

6

dh

6

D

vw

\

AA

/

H

L

1

/

8

P

1

/

8

P

Screw Screw

•

Left

-

hand

tools

(

CNC

code

M

04

)

•

Application

:

General

engineering

•

For

applications

requiring

high

fatigue

strength

in

the

aerospace

and

automotive

industries

Dimension

(

mm

)

Dimension

(

mm

)

Pitch

(

mm

)

Thread

Size

No

.

of

flutes

Designation

No

.

of

flutes

Designation

TPI

UNC

UNF

d

D

H

L

d

D

H

L

MSMT

06032

C

10

0.70

MJ

32

MJ

4

6

3.20

10.0

58

3

MSMT

06012

C

4

80

UN

80

0

6

1.15

4.0

58

3

06039

C

12

0.80

MJ

28

MJ

5

6

3.90

12.5

58

3

06024

C

9

40

UN

40

5

6

2.46

9.6

58

3

06048

C

15

1.00

MJ

24

MJ

6

4.80

15.0

58

3

06032

C

12

32

UN

32

8

6

3.20

12.5

58

3

08061

C

20

1.25

MJ

20

MJ

8

6.10

20.0

64

3

06037

C

15

32

UN

32

10

6

3.70

15.0

58

3

0808

C

25

1.50

MJ

20

MJ

10

8

8.00

25.0

64

3

0605

C

19

28

UN

1

/

4

28

6

5.00

19.0

58

3

10092

C

30

1.75

MJ

18

MJ

12

10

9.20

30.0

73

3

08066

C

24

UN

24

5

/

16

6.60

24.0

64

3

8

1010

C

35

2.00

MJ

16

MJ

14

,

MJ

16

10

10.00

35.0

73

3

06047

C

19

20

UN

20

1

/

4

6

4.75

19.0

58

3

0606

C

23

18

UN

18

5

/

16

6

6.00

23.0

58

3

113

114

ISO

60

°

METRIC

3

xD

p

BH

“

AAA

dh

6

V

vw

H

L

1

/

8

P

Screw

•

For

applications

requiring

high

fatigue

strength

in

the

aerospace

and

automotive

industries

MET

0

MET

Dimension

(

mm

)

No

.

of

flutes

Designation

TPI

UNJC

UN

JF

d

D

H

L

MSMT

06033

C

10

32

UNJ

32

8

10

6

3.30

10.5

58

3

08051

C

16

28

UNJ

28

1

/

4

8

5.10

16.0

64

3

5

/

16

,

3

/

8

08067

C

20

24

UNJ

24

8

6.70

20.0

64

3

06049

C

16

20

UNJ

1

/

4

20

6

4.90

16.0

58

3

0808

C

28

20

UNJ

7

/

16

20

8

8.00

28.0

64

3

08061

C

20

18

UNJ

5

/

16

20.0

18

8

6.15

64

3

08069

C

24

16

UNJ

16

3

/

8

6.90

24.0

64

3

08079

C

25

14

UNJ

14

7

/

16

8

7.90

25.0

64

3

10094

C

27

13

UNJ

13

1

/

2

10

9.40

37.5

73

3

Threading

Insert

for

Oil

Pipe

Ordering

Code

System

Thread

Inserts

for

Oil

Pipe

1

Thread

Toolholders

for

Oil

Pipe

Ordering

Code

System

Thread

Toolholders

for

Oil

Pip

Threading

Insert

for

Oil

Pipe

Ordering

Code

System

Threading

Inserts

for

Oil

Pipe

Helter

Series

API

Round

Inserts

R

8

E

R

1

3

S

15

T

-

P

3.1

TTIM

45

Pitch

I

.

C

Type

Designation

H

L

B

d

Y

Picture

(

tpi

)

2

3

M

4

6

5

7

9

10

11

12

8

10.170

17.09

0.320

6

4.2

5

°

R

8

ER

2.3

B

10

T

4.5

Clamping

Thread

method

of

insert

Hand

of

Edqes

of

Teeth

of

Insert

Shape

a

or

used

for

machine

tools

Insert

type

insert insert

Thread

profile

Characteristic

parameters

Insert

size

R

8

ER

2.3

B

1

OF

10.170

0.320

4.2

5

°

8

17.09

6

4.5

Carbide

grades

Pitch

m

edge

standard

x

5

°

R

8

ER

2.3

B

10

T

-

N

8

10.170

17.09

0.010

6

4.5

4.2

0

5

°

R

8

ER

2.3

B

10

F

-

N

8

10.170

17.09

0.010

6

4.5

4.2

3

0

)

Calmping

Method

of

Insert

Thread

Standard

Pitch

8

R

1

0

ER

2.4

B

1

0

10

10.170

17.09

0.010

6

4.5

4.2

5

°

R

10

ER

2.4

B

10

-

N

10

10.170

17.09

0.010

6

4.5

4.2

5

°

m

R

:

For

API

Round

B

:

For

API

Buttress

G

:

For

API

Line

Type

x

V

:

Vertical

style

None

:

Horizontal

style

4

:

4

TPI

5

:

5

TPI

6

:

6

TPI

8

:

8

TPI

10

:

10

TPI

0

3

Q

)

R

8

NR

2.3

B

1

0

8

10.170

17.09

0.320

6

4.2

10

°

4.5

Hand

of

Insert

Edges

of

Insert

Type

E

R

1

3

0

X

3

03

Use

figured

2

>

3

.

4

respectively

to

represent

the

number

of

cutting

edge

.

E

:

External

N

:

Insertnal

R

:

Right

hand

L

:

Left

hand

R

1

0

NR

2.4

B

10

10.170

17.09

0.010

6

4.5

4.2

10

°

7

3

0

i

3

Teeth

of

Edge

0

)

Insert

Shape

or

Used

for

Machine

Tools

3

S

API

Round

Inserts

for

Colinet

Machine

Tools

S

:

Square

and

rectangle

Pitch

a

A

Type

Designation

A

H

L

B

d

Picture

a

(

tpi

)

Parallelogram

P

:

8

15.760 15.540

5.980

4.76

4

6

°

15

°

R

8

ER

1.3

S

15

F

-

2.1

L

X

Ev

R

8

ER

1.3

S

15

F

-

2.2

8

15.760 15.860

4.393

4.76

4

6

°

15

°

i

T

:

Triangle

Use

figured

2

^

3

.

4

—

8

respectively

to

represent

the

number

of

simultaneous

cutting

teeth

on

each

cutting

edge

R

8

ER

1.3

S

15

T

-

KX

8

15.875

15.750

4.388

5.00

4

5

°

30

12

°

R

8

ER

1.3

S

15

T

-

LB

8

15.930

15.750

4.400

5.00

4

6

°

12

°

Biforate

A

R

8

ER

1.3

S

20

T

-

2.1

6

°

8

20.000

15.600

10.200

4.76

4

B

:

Butterfly

R

8

ER

1.3

S

20

T

-

2.2

6

°

8

20.000

15.900

8.610

4.76

4

m

X

0

/

Prism

Q

)

R

10

ER

1.3

S

15

10

15.760 15.450

4.400

4.76

4

6

°

i

R

10

ER

1.3

S

15

-

2.1

10

15.760 15.160

15.760

4.76

4

6

°

Thread

Profile

Characteristic

Parameters

Carbide

Grades

i

10

R

10

ER

1.3

S

15

-

2.2

10

15.760 15.450

4.400

4.76

4

6

°

T

P

3.1

TTIM

45

T

:

Thread

profile

angle

12

°

F

:

Thread

profile

angle

15

°

D

:

BCSG

V

384

:

V

-

0.038

R

Taper

1

:

4

V

386

:

V

-

0.038

R

Taper

1

:

6

V

404

:

V

-

0.040

Taper

1

:

4

V

504

:

V

-

0.050

Taper

1

:

4

V

506

:

V

-

0.050

Taper

1

:

6

V

558

:

V

-

0.055

Taper

1

:

8

V

656

:

V

-

0.065

Taper

1

:

6

A

TTIP

30

TTIM

45

Threading

Insert

for

Oil

Pipe

Threading

Insert

for

Oil

Pipe

Helter

Series

API

Round

Inserts

Parallelogram

Series

API

Round

Inserts

Pitch Pitch

0

I

.

C C

I

.

C C

Type

Designation

H

L

B

d

Y

Picture

Type

Designation

H

L

B

d

Y

Picture

(

tpi

) (

tpi

)

L

8

15.875

15.700

3.100

5.00

9

°

8

19.000

18.4

5.950

6.35

9.5

8

10

°

80

°

R

8

NR

1.4

S

15

-

Q

4

R

8

ER

2.5

P

19

R

10

ER

2.5

P

19

6.35

10

°

80

°

10

19.000

18.4

5.950

9.5

8

m

x

CD

3

Q

)

3

R

10

NR

1.5

S

15

-

Q

10

15.875

15.750

2.500

5.00

4

9

°

R

8

NR

2.5

P

19

8

19.000

18.4

5.950

6.35

9.5

8

10

°

80

°

R

810

NR

2.5

P

19

8

19.000

18.4

5.950

6.35

9.5

8

10

°

80

°

I

CD

T

>

3

Q

)

c

B

I

.

C

H

0

R

8

NR

1.7

S

25

8

25.000

15.715

3.700

5.00

10

°

4

3

Q

)

1

Prism

Series

API

Round

Inserts

Pitch

Type

Designation

A

H

L

B

Picture

a

(

tpi

)

8

40.000

7.850

13.64

8

°

R

8

ER

1.2

L

40

7.7

R

10

NR

1.8

S

25

10

25.000

15.490

2.500

5.00

4

10

°

R

10

ER

1.2

L

40

10

40.000

7.200

12.92

8

°

7.7

i

m

A

X

0

3

O

a

03

A

Biforate

SeriesAPI

Round

Inserts

Pitch

Type

Designation

A

H

L

B

C

d

E

Picture

(

tpi

)

8

24.000

12

10.340

6.4

15

4.70

R

8

ER

2.3

D

24

R

10

ER

2.3

D

24

10

24.000

12

6.850

6.4

15

4.70

API

Round

Inserts

for

PMC

Machine

Tools

(

USA

)

m

x

0

Pitch

A

Type

Designation

A

H

L

B

d

Picture

O

)

a

(

tpi

)

A

4

°

R

8

ER

1.3

S

15

T

-

P

3.1

8

15.930

14.700

7.720

5.185

i

p

4

°

R

8

ER

1.3

S

15

T

-

P

3.2

8

15.930

14.700

6.670

5.185

R

8

NR

2.4

D

24

8

24.000

12.4

10.340

6.4

15

4.70

i

m

R

8

ER

1.3

S

15

T

-

P

3.3

8

15.930

14.700

5.610

5.185

4

°

X

Q

o

'

CD

x

=

3

CD

*

A

B

3

R

8

NR

1.7

S

25

-

P

8

25.4

15.715

3.700

5.185

4

7

°

30

0

J

R

8

NR

1.5

D

24

8

24.000

14.85

9.500

5

8

4.86

4

3

_

L

Q

)

R

8

NR

1.7

D

24

8

24.000

14.85

3.400

5

8

4.86

4

CD

x

3

R

10

NR

1.7

D

24

10

24.000

14.85

7.400

5

8

4.86

4

CD

-

B

A

C

Threading

Insert

for

Oil

Pipe

Threading

Insert

for

Oil

Pipe

Triangle

Series

API

Round

Inserts

Helter

Series

API

Buttress

Inserts

Pitch Pitch

Type

Designation

I

.

C

H

L

B

d

Picture

Type

Designation

A

H

L

B

d

Picture

a

(

tpi

)(

tpi

)

15.900 15.100

3.200

4.76

9

°

8

15.875

24.30

5.000

6.2

8

°

5

4

R

8

ER

3.2

T

1

5

5.5

B

5

ER

1.3

S

15

i

B

5

ER

1.3

S

15

D

9

°

5

15.900 15.100

1.850

4.76

4

R

10

ER

3.2

T

15

10

15.875

24.50

4.700

6.2

8

°

5.5

m

X

CD

=

5

03

B

5

ER

1.1

S

15

-

CB

8

°

30

5

15.875

15.750

12.000

5

4

8

°

R

8

NR

1.7

S

25

-

P

8

15.875

24.30

5.000

5.5

6.2

8

°

R

8

ER

1.3

S

15

T

-

P

3.3

8

15.875

24.50

4.700

5.5

6.2

=

3

CD

Q

)

B

5

ER

1.2

S

15

-

T

6

°

5

15.760 15.450

2.450

4.76

4

B

6

ER

1.1

S

16

6

16.000 15.740

12.500

5

4

8

°

30

Helter

Series

API

Buttress

Inserts

B

6

ER

1.3

S

15

-

H

16

6

15.875

15.700

2.470

5

4

10

°

B

8

ER

1.3

S

15

8

15.875

15.734

3.583

5

4

10

°

m

x

B

8

ER

1.3

S

16

-

CBT

8

16.000

15.734

3.578

4

10

°

5

0

3

Q

)

B

5

ER

1.3

S

20

-

2.1

5

20.000

15.700

3.650

4.76

4

10

°

m

B

5

ER

1.3

S

20

-

2.2

20.000

15.880

1.000

4.76

4

10

°

5

B

5

ER

1.3

S

25

-

KX

25.400

15.730

1.100

4

8

°

5 5

t

p

>

B

5

ER

1.4

S

25

25.400

15.736

1.185

4

9

°

5 5

B

5

ER

1.5

S

25

25.400

15.736

7

°

5

1.185

5

4

B

5

ER

1.5

S

25

-

KX

8

°

5

25.400

15.410

1.200

5

4

B

5

ER

1.5

S

25

-

KX

-

2

5

25.000

15.880

1.200

5

4

8

°

Threading

Insert

for

Oil

Pipe

Threading

Insert

for

Oil

Pipe

Helter

Series

API

Buttress

Inserts

Parallelogram

SeriesAPI

Buttress

Inserts

Pitch

0

Type

Designation

I

.

C

H

L

B

C

d

Y

Picture

Type

Designation

A

H

L

B

d

Picture

a

(

tpi

)

(

tpi

)

15.760

15.530

11.470

4.76

12

°

4 4

19.000

18.9

5.950

6.35

9.5

8

10

°

80

°

B

4

NR

1.1

S

15

B

5

ER

2.3

P

19

5

i

.

m

X

CD

3

CD

B

5

NR

1.2

S

15

8

°

30

'

5

15.875

15.750

7.650

5

4

10

°

80

°

B

5

NR

2.3

P

1

9

5

19.000

18.9

5.950

6.35

9.5

8

V

_

T

\

B

5

NR

1.2

S

15

-

G

5

15.875

15.250

7.680

4.9

4

9

°

=

>

o

=

3

CD

A

B

5

NR

1.2

S

15

-

T

9

°

5

15.875

15.750

7.700

5.00

4

L

B

5

NR

1.2

S

15

-

TX

5

15.875

15.750

7.350

5.00

4

9

°

Triangle

Series

API

Buttress

Inserts

(

On

-

edge

Type

)

3

Pitch

A

Type

Designation

I

.

C

H

L

B

d

Picture

0

a

(

tpi

)

B

5

NR

1.1

S

15

-

CB

5

15.875

15.750

12.500

5.00

4

8

°

30

'

Q

)

5

16.000

26.2

2.760

6.45

6.4

9

°

VB

5

ER

3.1

T

16

B

5

NR

1.1

S

15

-

CB

2

5

15.875

15.750 12.500

5.00

4

8

°

30

'

VB

5

EL

3.1

T

16

5

16.000

26.2

2.760

6.45

6.4

9

°

i

m

X

CD

A

L

B

6

NR

1.1

S

16

6

16.000

15.740

12.500

5.00

4

8

°

30

'

a

B

6

NR

1.1

S

16

-

H

6 6

16.000

15.750

13.200

5.00

4

10

°

17

VB

5

NR

3.1

T

16

16.000

26.2

2.760

6.45

6.4

9

°

5

B

8

NR

1.1

S

15

-

TB

8

15.875

15.940

13.625

5.00

4

8

°

30

'

VB

5

NL

3.1

T

16

26.2

9

°

5

16.000

2.760

6.45

6.4

X

B

8

NR

1.1

S

16

-

CBT

8

°

30

'

8

16.000 15.740

13.360

5.00

4

o

13

B

8

NR

1.1

S

16

-

P

8

16.000 15.740

13.750

5.00

4

8

°

30

'

CD

X

=

3

B

A

CD

B

5

NR

1.5

S

25

5

25.400

15.736

1.185

5.185

4

10

°

'

Biforate

SeriesAPI

Buttress

Inserts

A

Pitch

Type

Designation

A

H

L

B

C

d

E

Picture

a

(

tpi

)

API

Buttress

Inserts

for

PMC

Machine

Tools

(

USA

)

B

5

ER

2.2

D

24

5

24.000

12

15.760

6.5

15

4.70

B

=

oi

.

m

Pitch

X

Type

Designation

A

H

L

B

d

Picture

a

CD

I

-

’

-

(

tpi

)

CD

'

L

»

-

J

10

°

B

5

ER

1.3

S

16

-

P

3.1

5

16.900

14.600

4.370

5.185

A

.

10

°

B

5

ER

1.3

S

16

-

P

3.2

5

16.900

14.860

2.630

5.185

m

B

5

NR

2.2

D

24

5

24.000

12

15.760

6.5

15

4.70

B

5

ER

1.3

S

16

-

P

3.3

5

16.900

15.000

0.880

5.185

10

°

X

CD

tSCi

B

8

ER

1.3

S

15

-

P

8

15.880

15.734

3.583

5.000

10

°

CD

.

B

5

NR

1.5

S

25

-

P

25.400

15.600

1.700

5.185

9

°

30

5

CD

3

B

5

NR

1.5

D

24

5

24.000

14.85

1.000

5

8

4

3

°

4.86

CD

m

=

3

B

5

NL

1.5

D

24

24.000

14.85

3.600

8

4

3

°

4.86

5 5

CD

Si

Threading

Insert

for

Oil

Pipe

Threading

Insert

for

Oil

Pipe

Helter

Series

API

Line

Type

Inserts

API

Inserts

for

T

17

Oil

Drill

Rods

&

Conecters

Pitch Pitch

Thread

Standard

Thread

Taper

Type

Designation

I

.

C

H

L

B

C

d

Picture

Type

Designation

I

.

C

B

d

H

L

Picture

Y

a

(

tpi

)

(

tpi

)

8

10.170 17.600

0.320

6

4.5

4.2

5

°

4

V

-

0.038

R

1

:

4

17.000

5.500

6.200

26.51

3.7

8

°

G

8

ER

2.3

B

10

R

4

ER

3.1

T

17

V

384

G

11.5

ER

2.4

B

10

11.5

10.170

17.000

0.655

6

4.5

4.2

5

°

R

4

ER

3.1

T

17

V

386

4

V

-

0.038

R

1

:

6

17.000

5.500

6.200

26.51

3.7

8

°

mm

R

4

ER

3.1

T

17

V

504

V

-

0.050

1

:

4

17.000

5.500

6.200

26.83

3.7

8

°

4

X

CD

R

4

ER

3.1

T

17

V

506

17.000

26.83

8

°

4

V

-

0.050

1

:

6

5.500

6.200

3.7

=

3

=

3

CD

8

°

R

4

ER

3.1

T

17

V

656

4

V

-

0.065

1

:

6

17.000

5.500

6.200

26.24

3.7

8

°

R

5

ER

3.1

T

17

V

404

5

V

-

0.040

1

:

4

17.000

5.500

6.200

26.96

3.7

10

°

8

°

G

8

NR

2.3

B

10

8

10.170

17.600

0.320

6

4.5

4.2

R

4

NR

3.1

T

17

V

384

4

V

-

0.038

R

1

:

4

17.000

5.500

6.200

26.51

3.7

10

°

8

°

G

11.5

NR

2.4

B

10

11.5

10.170

17.000

0.655

6

4.5

4.2

R

4

NR

3.1

T

17

V

386

4

V

-

0.038

R

1

:

6

17.000

5.500

6.200

26.51

3.7

R

4

NR

3.1

T

1

7

V

504

4

V

-

0.050

1

:

4

17.000

5.500

6.200

26.83

3.7

8

°

=

3

CD

R

4

NR

3.1

T

17

V

506

4

V

-

0.050

1

:

6

17.000

5.500

6.200

26.83

3.7

8

°

03

Q

)

R

4

NR

3.1

T

17

V

656

4

V

-

0.065

1

:

6

17.000

5.500

6.200

26.24

3.7

8

°

R

5

NR

3.1

T

17

V

404

V

-

0.040

1

:

4

17.000

5.500

6.200

26.96

3.7

8

°

5

API

Line

Type

Inserts

for

Colinet

Machine

Tools

Pitch

Type

Designation

A

H

L

B

Picture

a

(

tpi

)

6

°

G

8

ER

1.3

S

15

8

15.760

15.550

4.400

4.76

1

G

11.5

ER

1.4

S

15

6

°

11.5

15.760 15.000

4.400

4.76

^

/

Vi

m

X

CD

I

CD

o

/

A

B

API

Inserts

for

T

12

BZ

Type

Oil

Drill

Rods

&

Conecters

API

Line

Type

Inserts

for

PMC

Machine

Tools

(

USA

)

Pitch

Thread

Standard

Thread

Taper

Pitch

Type

Designation

I

.

C

S

d

H

L

Picture

a

Type

Designation

A

H

L

B

Picture

a

(

tpi

)

(

tpi

)

4

V

-

0.050

1

:

6

12.700

5.500 5.500

20.6

2.8

10

°

R

3.5

ER

3.1

T

12

V

506

-

BZ

8

15.930

15.178

7.716

5.185

3

°

30

G

8

ER

1.3

S

15

-

P

3.1

L

a

R

4

ER

3.1

T

12

V

504

-

BZ

V

-

0.050

1

:

4

12.700

5.500 5.500

20.8

2.8

10

°

4

G

8

ER

1.3

S

15

-

P

3.2

8

15.930

15.420

6.657

5.185

3

°

30

m

R

4

ER

3.1

T

12

V

506

-

BZ

V

-

0.050

12.700

5.500 5.500

20.8

2.8

10

°

4

1

:

6

X

G

8

ER

1.3

S

15

-

P

3.3

3

°

30

8

15.930

15.590

5.600

5.185

X

CD

X

10

°

R

4

ER

3.1

T

12

V

656

-

BZ

4

V

-

0.065

1

:

6

12.700

5.500 5.500

19.8

2.8

CD

10

°

R

5

ER

3.1

T

12

V

404

-

BZ

5

V

-

0.040

1

:

4

12.700

5.500 5.500

20.6

2.8

/

B

A

10

°

R

3.5

NR

3.1

T

12

V

506

-

BZ

4

V

-

0.050

1

:

6

12.700

5.500 5.500

20.6

2.8

API

Inserts

for

T

12

Oil

Drill

Rods

&

Conecters

R

4

NR

3.1

T

12

V

504

-

BZ

4

V

-

0.050

1

:

4

12.700

5.500 5.500

20.8

2.8

10

°

R

4

NR

3.1

T

12

V

506

-

BZ

4

V

-

0.050

1

:

6

12.700

5.500 5.500

20.8

2.8

10

°

CD

Pitch

R

4

NR

3.1

T

12

V

656

-

BZ

4

V

-

0.065

1

:

6

12.700

5.500 5.500

19.8

2.8

10

°

Thread

Standard

Thread

Taper

CD

P

Type

Designation

I

.

C

B

d

H

L

Picture

Y

(

tpi

)

R

5

NR

3.1

T

12

V

404

-

BZ

V

-

0.040

1

:

4

12.700

5.500 5.500

20.6

2.8

10

°

5

4

V

-

0.038

R

1

:

4

12.700

6.000

4.200

18.43

7.13

15

°

12

°

R

4

ER

3.1

T

12

V

384

R

4

ER

3.1

T

12

V

386

4

V

-

0.038

R

1

:

6

12.700

6.000

4.200

18.43

7.13

15

°

12

°

m

R

4

ER

3.1

T

12

V

504

4

V

-

0.050

1

:

4

12.700

6.000

4.200

18.43

7.13

15

°

12

°

X

CD

R

4

ER

3.1

T

12

V

506

4

V

-

0.050

1

:

6

12.700

6.000

4.200

18.43

7.13

15

°

12

°

CD

R

5

ER

3.1

T

12

V

404

V

-

0.040

1

:

4

12.700

6.000

4.200

18.58

7.13

15

°

12

°

5

R

4

NR

3.1

T

12

V

384

V

-

0.038

R

1

:

4

12.700

6.000

4.200

18.43

7.13

15

°

12

°

4

R

4

NR

3.1

T

12

V

386

V

-

0.038

R

1

:

4

18.43

7.13

15

°

12

°

4

12.700

6.000

4.200

15

°

12

°

R

4

NR

3.1

T

12

V

504

4

V

-

0.050

1

:

4

12.700

6.000

4.200

18.43

7.13

CD

3

15

°

12

°

R

4

NR

3.1

T

12

V

506

4

V

-

0.050

1

:

4

12.700

6.000

4.200

18.43

7.13

CD

15

°

12

°

R

5

NR

3.1

T

12

V

404

5

V

-

0.040

1

:

4

12.700

6.000

4.200

18.58

7.13

Threading

Holders

for

Oil

Pipe

Ordering

Code

System

Threading

Holders

for

Oil

Pipe

Ordering

Code

System

Conventional

Tooholders

Code

System

Multi

-

Clamping

Tooholders

Code

System

HT

N

M

S

15

B

F

48

HT

N

F

A

F

1

2

3

4

6

1

2

3

4

6

5

7

5

7

8

9

Holder

Type

Length

of

Insert

Cutting

Edge

Clamping

Method

of

Insert

Height

of

shank

A

series

of

code

Insert

height

of

shank

Holder

Type

Direction

of

clamping

Pipe

Size

Shank

Style

Height

of

shank

Insert

height

of

shank

A

series

of

code

Insert

Shape

Pipe

Size

Shank

Style

A

series

of

code

Holder

Type

Direction

of

Clamping

A

series

of

code

Holder

Type

Clamping

Method

of

Insert

HT

N

F

HT

N

M

HT

series

:

applicable

to

RB

series

inserts

PP

series

:

applicable

to

BB

series

inserts

Z

1

series

:

applicable

to

RT

17

series

inserts

Z

3

series

:

applicable

to

RT

12

series

inserts

TR

series

:

applicable

to

RT

series

inserts

LP

series

:

applicable

to

VBT

series

inserts

CT

series

:

applicable

to

RL

series

inserts

M

:

Top

and

hole

,

clamping

(

Multi

clamp

,

and

clamp

)

P

:

Hole

clamping

(

lock

)

S

:

Screw

on

F

:

Reversed

Clamping

None

:

Front

Clamping

HT

series

:

applicable

to

RB

series

inserts

PP

series

:

applicable

to

BB

series

inserts

W

:

External

N

:

Internal

W

:

External

N

:

Internal

Shanak

Style

Height

of

Shank

Insert

Shape

Length

of

Insert

Cutting

Edge

Application

Range

Application

Range

A

F

48

S

15

B

F

:

Squre

Shank

Y

:

Round

Shank

The

height

of

square

shank

The

diameter

of

round

shank

ABC

D

C

.

D

.

V

S

ABCD

I I

Insert

height

of

Shank

V

T

32

Shanak

Style

Height

of

Shank

Insert

height

of

Shank

F

The

insert

height

of

square

shank

The

length

of

round

shank

48

32

F

:

Squre

Shank

Y

:

Round

Shank

The

height

of

square

shank

The

diameter

of

round

shank

The

insert

height

of

square

shank

The

length

of

round

shank

Threading

Holders

for

Oil

Pipe

Threading

Holders

for

Oil

Pipe

External

Threading

Holder

for

Helter

Series

API

Round

Inserts

Internal

Threading

Holder

for

Helter

Series

API

Round

Inserts

I

T

Z

x

f

I

L

,

c

LI

'

I

T

f

u

_

Q

CO

&

1

o

*

i

r

L

Dimension

Spare

parts

Spare

parts

Dimension

Ordering

Number

Ordering

Number

Available

Inserts

Available

Inserts

Type

Pipe

Size

Type

Pipe

Size

K

Helix

Angle

Shim

Lever

L L

1

I

.

C C

Helix

Angle

Shim

Lever

L

H

B

D

F

Jackscrew

F

D

Jackscrew

175

28

25

30

35

21.5

70

'

205

80

40

100

26

42

70

'

HTW

-

A

2825

HTN

-

AY

4080

HTW

-

A

3232

175

32 32 32

35

21.5

70

'

HTN

-

AY

5090

215

90

50

100

26

42

70

'

2

3

/

8

"

~

3

1

/

2

"

60.325

mm

~

139.7

mm

2

3

/

8

"

~

3

1

/

2

"

60.325

mm

~

139.7

mm

A

HTW

-

A

3532

175

35

32

35

40

26.5

70

'

HTN

-

AY

60100

225

100

60

100

26

42

70

HTW

-

A

4040

175

40 40 40

45

29.5

70

'

HTN

-

AY

80140

265

140

80

100

26

42

70

'

HTW

-

B

3232

175

32 32 32

35

21.5

50

'

HTN

-

BY

4086

235

86

40

130

31

50

'

4

"

~

5

1

/

2

"

101.6

mm

~

139.7

mm

B

HTW

-

B

3532

175

35

32

35

40

26.5

HTN

-

BY

5090

245

90

50

130

31

50

'

50

'

50

4

"

~

5

1

/

2

"

101.6

mm

~

139.7

mm

B

R

8

ER

2.3

B

10

T

R

10

ER

2.3

B

10

R

8

NR

2.3

B

10

R

10

NR

2.4

B

10

HTW

-

B

4040

175

40 40 40

45

29.5

50

'

HTN

-

BY

60100

255

100

60

130

31

50

'

HT

-

XLG

HT

-

DS

HT

-

XLG

HT

-

DS

169.798

169.523

HTW

-

C

3232

175

32 32 32

35

21.5

30

'

HTN

-

BY

80140

295

140

80

130

31

50

'

6

5

/

8

"

~

8

5

/

8

"

168.275

mm

~

219.075

c

HTW

-

C

3532

175

35

32

35

40

26.5

30

'

HTN

-

CY

5090

268

90

50

158

36

56

30

'

6

5

/

8

"

~

8

5

/

8

"

168.275

mm

~

219.075

m

mm

c

HTW

-

C

4040

175

40

40 40

45

29.5

30

'

HTN

-

CY

60100

278

100

60

158

36

56

30

'

m

HTW

-

D

3232

175

32 32 32

35

21.5

15

'

HTN

-

CY

80140

318

140

80

158

36

56

30

'

9

5

/

8

"

~

13

3

/

8

"

244.475

mm

~

339.725

mm

D

HTW

-

D

3532

175

35

32

35

40

26.5

15

'

HTN

-

DY

60100

9

5

/

8

"

~

13

3

/

8

"

244.475

mm

~

339.725

m

295

100

60

175

43

70

15

'

D

HTW

-

D

4040

175

40

40 40

45

29.5

15

'

HTN

-

DY

80140

335

140

80

175

43

70

15

m

Internal

Threading

Holder

for

Helter

Series

API

Round

Inserts

External

Threading

Holder

for

Helter

Series

API

Buttress

Inserts

x

i

LI

T

CD

i

L

Spare

parts

Spare

parts

Dimension

Ordering

Number

Available

Inserts

Ordering

Number

Available

Inserts

Type

Pipe

Size

Type

Pipe

Size

C

Shim Shim

L L

1

H

K

D

F

B

Helix

Angle

Lever

Jackscrew

L

H

K

B

D

F

Helix

Angle

Lever

Jackscrew

275

150

40

100

25

42

26

60

70

175

35

32

35

40

25

60

HTN

-

AF

4025

PPW

-

B

3532

2

3

/

8

"

~

3

1

/

2

"

60.325

m

~

139.7

mm

4

1

/

2

"

~

6

5

/

8

"

114.3

m

~

168.275

mm

A

B

HTN

-

AF

4832

305

180

48

100

32

42

26

66

70

PPW

-

B

4040

175

40 40

40

45

30

60

HTN

-

BF

4025

335

180

40

130

25

50

31

72

50

PPW

-

C

3532

175

35

32

35

40

25

40

7

"

~

11

3

/

4

"

177.8

mm

~

298.45

mm

c

B

5

ER

2.2

B

10

169.798

HT

-

XLG

HT

-

DS

4

"

~

5

1

/

2

"

101.6

mm

~

139.7

mm

B

HTN

-

BF

4832

130

PPW

-

C

4040

335

180

48

32

50

31

72

50

175

40 40

40

45

30

40

R

8

NR

2.3

B

10

R

10

NR

2.4

B

10

HTN

-

BF

5536

335

200

55

130

36

50

31

75

50

PPW

-

D

3532

175

35

32

35

40

25

20

HT

-

XLG

HT

-

DS

169.523

13

3

/

8

"

~

20

"

339.725

mm

~

508

mm

D

HTN

-

CF

4832

358

180

48

158

32

56

36

75

30

PPW

-

D

4040

175

40

40 40

45

30

20

6

5

/

8

"

~

8

5

/

8

"

168.275

mm

~

219.075

mm

c

HTN

-

CF

5536

378

200

55

158

36

56

36

77

30

HTN

-

DF

4832

395

200

48

175

32

60

43

81

30

9

5

/

8

"

~

13

3

/

8

"

244.475

mm

~

339.725

mm

D

HTN

-

DF

5536

395

200

55

175

36

60

43

81

15

Threading

Holders

for

Oil

Pipe

Threading

Holders

for

Oil

Pipe

Internal

Threading

Holder

for

Helter

Series

API

Buttress

Inserts

Internal

Threading

Holder

for

Helter

Series

API

Buttress

Inserts

Dimension

Spare

parts

Dimension

Spare

parts

Ordering

Number

Ordering

Number

Available

Inserts

Available

Inserts

Type

Pipe

Size

Type

Pipe

Size

L L

1

C

Helix

Angle

Shim

Lever

Jackscrew

L L

1

C

K

Helix

Angle

Shim

Lever

Jackscrew

H

K

D

F

B

H

D

F

B

335

180

48

130

32

50

31

74

60

335

180

48

130

32

50

31

74

60

PPN

-

BF

4832

PBN

-

BF

4832

4

1

/

2

"

~

6

5

/

8

"

114.3

mm

~

168.275

mm

4

1

/

2

"

~

6

5

/

8

"

114.3

mm

~

168.275

mm

B B

PPN

-

BF

5536

355

200

55

130

36

50

31

77

60

PBN

-

BF

5536

355

200

55

130

36

50

31

77

60

PPN

-

CF

4832

358

180

48

158

32

56

36

74

40

PBN

-

CF

4832

358

180

48

158

32

56

36

74

40

7

"

~

11

3

/

4

"

177.8

mm

~

298.45

mm

7

"

~

11

3

/

4

"

177.8

mm

~

298.45

mm

c c

B

5

NR

2.3

B

13

169.973

HT

-

XLG

HT

-

DS

B

5

NR

2.2

B

10

169.523

HT

-

XLG

HT

-

DS

PPN

-

CF

5536

378

200

158

36

56

36

40

PBN

-

CF

5536

378

200

158

36

56

36

40

55

77

55

77

13

3

/

8

"

~

20

"

339.725

mm

~

508

mm

13

3

/

8

"

~

20

"

339.725

mm

~

508

mm

D

PPN

-

DF

5536

395

200

55

175

36

60

43

81

20

PBN

-

DF

5536

395

200

48

175

32

60

43

81

20

Internal

Threading

Holder

for

Helter

Series

API

Buttress

Inserts

Internal

Threading

Holder

for

Helter

Series

API

Buttress

Inserts

Spare

parts

Spare

parts

Dimension Dimension

Ordering

Number

Available

Inserts

Ordering

Number

Available

Inserts

Type

Pipe

Size

Type

Pipe

Size

I

.

C C

Shim

I

.

C C

Shim

L L

1

F

D

Helix

Angle

Lever

Jackscrew

L L

1

F

D

Helix

Angle

Lever

Jackscrew

PPN

-

BY

5090

245

90

50

130

31

50

60

PBN

-

BY

5090

245

90

50

130

31

50

60

4

1

/

2

"

~

6

5

/

8

"

114.3

mm

~

168.275

mm

4

1

/

2

"

~

6

5

/

8

"

114.3

mm

~

168.275

mm

B B

PPN

-

BY

60100

255

100

60

130

31

50

60

'

PBN

-

BY

60100

255

100

60

130

31

50

60

'

PPN

-

BY

80140

295

140

80

130

31

50

60

'

PBN

-

BY

80140

295

140

80

130

31

50

60

'

PPN

-

CY

5090

PBN

-

CY

5090

273

90

50

158

36

56

40

'

273

90

50

158

36

56

40

'

B

5

NR

2.3

B

13

169.973

HT

-

XLG

HT

-

DS

B

5

NR

2.2

B

10

169.523

HT

-

XLG

HT

-

DS

7

"

~

11

3

/

4

"

177.8

mm

~

298.45

mm

7

"

~

11

3

/

4

"

177.8

mm

~

298.45

mm

c c

PPN

-

CY

60100

PBN

-

CY

60100

283

100

60

158

36

56

40

'

283

100

60

158

36

56

40

'

PPN

-

CY

80140

PBN

-

CY

80140

323

140

80

158

36

56

40

'

323

140

80

158

36

56

40

'

PPN

-

DY

60100

300

100

60

175

43

70

20

'

PBN

-

DY

60100

300

100

60

175

43

68

20

'

13

3

/

8

"

~

20

"

339.725

mm

~

508

mm

13

3

/

8

"

~

20

"

339.725

mm

~

508

mm

D

PPN

-

DY

80140

340

140

80

175

43

70

20

'

PBN

-

DY

80140

340

140

80

175

43

68

20

'

Threading

Holders

for

Oil

Pipe

Threading

Holders

for

Oil

Pipe

External

Threading

Holderfor

Colinet

/

PMC

Machine

Tools

Internal

Threading

Holderfor

Colinet

/

PMC

Machine

Tools

f

i

t

co

!

L

Dimension

Spare

parts

Dimension

Spare

parts

Ordering

Number

Ordering

Number

Available

Inserts

Type

Pipe

Size

Type

Pipe

Size

Available

Inserts

Chipbreaker

L

*

Helix

Angle

Shim

Clamp

Screw

L L

1

I

.

C

Helix

Angle

Shim

Chipbreaker

Clamp

Screw

H

K

B

D

F

D

175

28

25

30

35

70

BS

16

N

-

AY

4086

205

86

40

100

26

42

70

BS

16

W

-

A

2825

BS

16

W

-

A

3232

175

32

70

BS

16

N

-

AY

5090

215

90 50

100

26

42

70

2

3

/

8

"

~

3

1

/

2

"

60.325

mm

~

139.7

mm

2

3

/

8

"

~

3

1

/

2

"

60.325

mm

~

139.7

mm

A A

BS

16

W

-

A

3532

175

35

32

35

40

70

BS

16

N

-

AY

60100

225

100

60

100

26

42

70

B

5

NR

1.2

S

15

B

5

NR

1.1

S

15

-

CB

B

5

NR

1.1

S

15

-

CB

2

B

5

NR

1.2

S

15

B

5

NR

1.2

S

15

-

T

B

5

NR

1.2

S

15

-

TX

B

6

NR

1.1

S

16

B

6

NR

1.1

S

16

-

H

6

B

8

NR

1.1

S

15

-

TB

B

8

NR

1.1

S

16

-

CBT

B

8

NR

1.1

S

16

-

P

R

10

NR

1.5

S

15

-

Q

R

8

NR

1.4

S

15

-

Q

BS

16

W

-

A

4040

175

40

45

70

BS

16

N

-

AY

80140

265

140

80

100

26

42

70

B

5

ER

1.1

S

15

-

CB

B

6

ER

1.1

S

16

B

6

ER

1.3

S

15

-

H

6

B

8

ER

1.3

S

15

-

P

B

8

ER

1.3

S

16

-

CBT

R

10

ER

1.3

S

15

-

2.1

-

BSY

R

10

ER

1.3

S

15

-

2.2

-

BSY

R

8

ER

1.3

S

15

T

-

KX

R

8

ER

1.3

S

15

T

-

LB

BS

16

W

-

B

3232

175

32

60

BS

16

N

-

BY

4086

235

86

40

130

31

50

60

4

"

~

5

1

/

2

"

101.6

mm

~

139.7

mm

B

BS

16

W

-

B

3532

175

35

32

35

40

60

'

BS

16

N

-

BY

5090

245

90 50

130

31

50

60

'

4

"

~

5

1

/

2

"

101.6

mm

~

139.7

mm

B

GB

703

-

M

6

x

16

-

GB

703

-

M

6

x

16

-

19

BP

-

0010

-

BS

16

W

-

B

4040

BS

16

N

-

BY

60100

175

40

45

60

'

255

100

60

130

31

50

60

'

C

/

27526

E

C

/

27525

C

/

27526

E

C

/

27525

BP

-

0010

-

YB

19

YB

BS

16

W

-

C

3232

BS

16

N

-

BY

80140

175

32

40

'

295

140

80

130

31

50

60

'

6

5

/

8

"

~

8

5

/

8

"

168.275

mm

~

219.075

m

c

BS

16

W

-

C

3532

175

35

32

35

40 40

'

BS

16

N

-

CY

5090

268

90 50

158

36

56

40

'

6

5

/

8

"

~

8

5

/

8

"

168.275

mm

~

219.075

m

c

BS

16

W

-

C

4040

175

40

45

40

'

BS

16

N

-

CY

60100

278

100

60

158

36

56

40

'

m

BS

16

W

-

D

3232

175

32

20

BS

16

N

-

CY

80140

318

140

80

158

36

56

40

9

5

/

8

"

~

13

3

/

8

"

244.475

mm

~

339.725

m

D

BS

16

W

-

D

3532

175

35

32

35

40

20

BS

16

N

-

DY

60100

9

5

/

8

"

~

13

3

/

8

"

244.475

mm

~

339.725

m

295

100

60

175

43

70

20

D

m

BS

16

W

-

D

4040

175

40

45

20

BS

16

N

-

DY

80140

335

140

80

175

43

70

20

m

Internal

Threading

Holderfor

Colinet

/

PMC

machine

Tools

External

Threading

Holder

forT

12

Oil

Drill

Rods

&

Conecters

L

Spare

parts

Spare

parts

Dimension

Ordering

Number

Ordering

Number

Type

Pipe

Size

Available

Inserts

Type

Pipe

Size

Available

Inserts

C

Shim

Chipbreaker

Clamp

Screw

Shim

L L

1

H

K D

F

B

Helix

Angle

L

H

K

B

D

F

Helix

Angle

Lever

Jackscrew

275

150

40

100

25

42

26

60

70

BS

16

N

-

AF

4025

2

3

/

8

"

~

3

1

/

2

"

60.325

mm

~

139.7

mm

2

3

/

8

"

~

3

1

/

2

"

60.325

mm

~

88.9

mm

A A

Z

3

W

-

A

3532

175

35

32

35

40

33

110

'

B

5

NR

1.2

S

15

B

5

NR

1.1

S

15

-

CB

B

5

NR

1.1

S

15

-

CB

2

B

5

NR

1.2

S

15

B

5

NR

1.2

S

15

-

T

B

5

NR

1.2

S

15

-

TX

B

6

NR

1.1

S

16

B

6

NR

1.1

S

16

-

H

6

B

8

NR

1.1

S

15

-

TB

B

8

NR

1.1

S

16

-

CBT

B

8

NR

1.1

S

16

-

P

R

10

NR

1.5

S

15

-

Q

R

8

NR

1.4

S

15

-

Q

BS

16

N

-

AF

4832

305

180

48

100

32

42

26

66

70

'

R

4

ER

3.1

T

12

V

386

R

4

ER

3.1

T

12

V

384

R

4

ER

3.1

T

12

V

504

R

4

ER

3.1

T

12

V

506

R

5

ER

3.1

T

12

V

404

BS

16

N

-

BF

4025

335

180

40

130

25

50

31

72

60

'

4

"

~

5

1

/

2

"

101.6

mm

~

139.7

mm

B

Z

3

W

-

B

3532

175

35

32

35

40

33

80

'

169.537

HT

-

XLG

HT

-

DS

4

"

~

5

1

/

2

"

101.6

mm

~

139.7

mm

B

BS

16

N

-

BF

4832

31

72

335

180

48

130

32

50

60

’

GB

703

-

M

6

x

16

-

19

BP

-

0010

-

BS

16

N

-

BF

5536

355

200

55

130

36

50

31

75

60

'

C

/

27526

E

C

/

27525

6

5

/

8

"

~

8

5

/

8

"

168.275

mm

~

219.075

mm

YB

c

Z

3

W

-

C

3532

175

35

32

35

40

33

45

'

BS

16

N

-

CF

4832

358

180

48

158

32

56

36

75

40

’

6

5

/

8

"

~

8

5

/

8

"

168.275

mm

~

219.075

mm

c

BS

16

N

-

CF

5536

378

200

55

158

36

56

36

77

40

’

BS

16

N

-

DF

4832

395

200

48

175

32

60

43

81

20

’

9

5

/

8

"

~

13

3

/

8

"

244.475

mm

~

339.725

mm

D

BS

16

N

-

DF

5536

395

200

55

175

36

60

43

81

20

Threading

Holders

for

Oil

Pipe

Threading

Holders

for

Oil

Pipe

Internal

Threading

Holder

forT

12

Oil

Drill

Rods

&

Conecters

External

Threading

HolderforT

17

Oil

Drill

Rods

&

Conecters

Dimension

Spare

parts

Dimension

Spare

parts

Ordering

Number

Ordering

Number

Available

Inserts

Available

Inserts

Type

Pipe

Size

Type

Pipe

Size

L

1

C

K

Helix

Angle

Shim

Lever

Jackscrew

K

Helix

Angle

Shim

Chipbreaker

Clamp

Screw

L

H

D

F

B

L

H

B

D

F

330

180

48

125

32

40

26

74

110

Z

3

N

-

AF

4832

2

3

/

8

"

~

3

1

/

2

"

60.325

mm

~

88.9

mm

2

3

/

8

"

~

3

1

/

2

"

60.325

mm

~

88.9

mm

B

A

Z

3

W

-

A

3532

175

35

32

35

40

36

110

Z

3

N

-

AF

5536

350

200

55

125

36

40

26

77

110

R

4

NR

3.1

T

12

V

386

R

4

NR

3.1

T

12

V

384

R

4

NR

3.1

T

12

V

504

R

4

NR

3.1

T

12

V

506

R

5

NR

3.1

T

12

V

404

R

4

ER

3.1

T

17

V

386

R

4

ER

3.1

T

17

V

384

R

4

ER

3.1

T

17

V

504

R

4

ER

3.1

T

17

V

506

R

5

ER

3.1

T

17

V

404

Z

3

N

-

BF

4832

345

180

48

140

32

48

31

74

80

4

"

~

5

1

/

2

"

101.6

mm

~

139.7

mm

4

"

~

5

1

/

2

"

101.6

mm

~

139.7

mm

Z

1

W

-

DXQ

GB

701

-

M

8

x

25

-

30

c

B

169.737

HT

-

XLG

HT

-

DS

Z

3

W

-

B

3532

175

35

32

35

40

36

80

'

Z

1

W

-

DD

Z

1

W

-

YB

Z

3

N

-

BF

5536

365

200

140

36

48

31

80

55

77

6

5

/

8

"

~

8

5

/

8

"

168.275

mm

~

219.075

mm

6

5

/

8

"

~

8

5

/

8

”

168.275

mm

~

219.075

mm

D

C

Z

3

N

-

CF

5536

420

220

55

170

36

55

34

81

45

'

Z

3

W

-

C

3532

175

35

32

35

40

36

45

'

Internal

Threading

HolderforT

12

Oil

Drill

Rods

&

Conecters

Internal

Threading

HolderforT

17

Oil

Drill

Rods

&

Conecters

f

X

*

LI

Spare

parts

Spare

parts

Dimension

Ordering

Number

Ordering

Number

Available

Inserts

Type

Pipe

Size

Available

Inserts

Type

Pipe

Size

I

.

C C

Shim

C

Shim

Chipbreaker

Clamp

Screw

L L

1

F

D

Helix

Angle

Lever

Jackscrew

L L

1

H

K

D

F

B

Helix

Angle

Z

3

N

-

AY

60100

250

100

60

125

26

40

110

330

180

48

150

32

48

31

72

80

Z

1

N

-

BF

4832

2

3

/

8

"

~

3

1

/

2

"

60.325

mm

~

88.9

mm

4

"

~

5

1

/

2

"

101.6

mm

~

139.7

mm

A

B

R

4

NR

3.1

T

17

V

386

R

4

NR

3.1

T

17

V

384

R

4

NR

3.1

T

17

V

504

R

4

NR

3.1

T

17

V

506

R

5

NR

3.1

T

17

V

404

Z

3

N

-

AY

80140

290

140

80

125

26

40

110

Z

1

N

-

BF

5536

350

200

150

36

48

31

80

55

77

GB

701

-

M

8

x

25

-

Z

1

N

-

R

4

NR

3.1

T

12

V

386

R

4

NR

3.1

T

12

V

384

R

4

NR

3.1

T

12

V

504

R

4

NR

3.1

T

12

V

506

R

5

NR

3.1

T

12

V

404

Z

1

N

-

DXQ

Z

1

N

-

YB

DD

Z

3

N

-

BY

60100

265

100

60

140

31

48

80

'

Z

1

N

-

CF

4832

382

200

48

182

32

53

34

72

45

'

30

4

"

~

5

1

/

2

"

101.6

mm

~

139.7

mm

6

5

/

8

"

~

8

5

/

8

"

168.275

mm

~

219.075

mm

c

B

169.737

HT

-

XLG

HT

-

DS

Z

1

N

-

CF

5536

200

182

Z

3

N

-

BY

80140

310

140

80

140

31

48

80

'

382

55

36

53

34

77

45

'

Z

3

N

-

CY

60100

295

100

60

170

33 53

45

'

6

5

/

8

"

~

8

5

/

8

"

168.275

mm

~

219.075

mm

c

Z

3

N

-

CY

80140

340

140

80

170

33 53

45

'

Threading

Holders

for

Oil

Pipe

Threading

Holders

for

Oil

Pipe

Internal

Threading

HolderforT

17

Oil

Drill

Rods

&

Conecters

Internal

Threading

Holder

for

Triangle

Series

API

Round

Inserts

Spare

parts

Dimension

Spare

parts

Dimension

Ordering

Number

Ordering

Number

Available

Inserts

Available

Inserts

Type

Pipe

Size

Type

Pipe

Size

L L

1

I

.

C C

Helix

Angle

Shim

Chipbreaker

Clamp

Screw

L L

1

C

Helix

Angle

Shim

Chipbreaker

Clamp

Screw

F

D

H

K

D

F

B

Z

1

N

-

BY

60100

265

100

60

140

31

48

80

'

265

150

40

90

25

42

26

66

70

TRN

-

AF

4025

4

"

~

5

1

/

2

"

101.6

mm

~

139.7

mm

2

3

/

8

"

~

3

1

/

2

"

60.325

mm

~

88.9

mm

B

A

R

4

NR

3.1

T

17

V

386

R

4

NR

3.1

T

17

V

384

R

4

NR

3.1

T

17

V

504

R

4

NR

3.1

T

17

V

506

R

5

NR

3.1

T

17

V

404

Z

1

N

-

BY

80140

310

140

80

140

31

48

80

'

TRN

-

AF

4832

295

180

48

90

33

42

26

74

70

GB

701

-

M

8

x

25

-

Z

1

N

-

Z

1

N

-

DXQ

Z

1

N

-

YB

DD

Z

1

N

-

CY

60100

295

100

60

170

34

53

45

'

TRN

-

BF

4832

325

180

40

120

32

50

31

74

50

30

6

5

/

8

"

~

8

5

/

8

"

168.275

mm

~

219.075

mm

4

"

~

5

1

/

2

"

101.6

mm

~

139.7

mm

c

B

Z

1

N

-

CY

80140

340

140

80

170

34

53

45

'

TRN

-

BF

5536

345

200

120

36

50

31

50

55

77

GB

701

-

M

8

x

25

-

R

8

NR

3.2

T

15

R

10

NR

3.2

T

15

TRN

-

TRN

-

DXQ

TRN

-

YB

DD

TRN

-

CF

4832

348

180

48

148

32

56

36

30

6

5

/

8

"

~

8

5

/

8

"

168.275

mm

~

219.075

m

74

30

c

TRN

-

CF

5536

368

200

148

36 36

30

'

55

56

77

m

9

5

/

8

"

~

13

3

/

8

"

244.475

mm

~

339.725

m

D

TRN

-

DF

5536

385

200

55

165

36

60

43

81

15

'

m

External

Threading

Holder

forTriangle

Series

API

Round

Inserts

Internal

Threading

Holder

for

Triangle

Series

API

Round

Inserts

x

co

Spare

parts

Dimension

Ordering

Number

Available

Inserts

Type

Pipe

Size

Spare

parts

Dimension

Shim

Chipbreaker

Clamp

Screw

L

H

K

B

D

F

Helix

Angle

Ordering

Number

Available

Inserts

Type

Pipe

Size

L L

1

I

.

C C

Shim

Chipbreaker

Clamp

Screw

F

D

Helix

Angle

TRW

-

A

2825

175

28

25

30

35

30

70

2

3

/

8

"

~

3

1

/

2

"

60.325

mm

~

88.9

mm

TRN

-

AY

4080

195

80

40

90

26

42

70

A

TRW

-

A

3532

175

35

32

35

40

35

70

TRN

-

AY

5090

205

90

50 90

26

42

70

TRW

-

A

4040

175

40 40 40

45

40

70

2

3

/

8

"

~

3

1

/

2

"

60.325

mm

~

88.9

mm

A

TRN

-

AY

60100

215

100

60

90

26

42

70

TRW

-

B

3532

35

32

35

40

35

175

50

4

"

~

5

1

/

2

"

101.6

mm

~

139.7

mm

B

GB

701

-

M

8

x

25

-

30

R

8

ER

3.2

T

15

R

10

ER

3.2

T

15

TRN

-

AY

80140

250

140

80

90

26

42

70

TRW

-

DXQ

TRW

-

B

4040

175

40 40 40

45

40

50

TRW

-

DD

TRW

-

YB

TRN

-

BY

5090

235

90

50

120

31

50

’

TRW

-

C

3532

175

35

32

35

40

35

30

6

5

/

8

"

~

8

5

/

8

"

168.275

mm

~

219.075

mm

c

4

"

~

5

1

/

2

"

101.6

mm

~

139.7

mm

GB

701

-

M

8

x

25

-

30

R

8

NR

3.2

T

15

R

10

NR

3.2

T

15

B

120

TRN

-

BY

60100

245

100

60

31

50

’

TRN

-

DXQ

TRN

-

DD

TRN

-

YB

TRW

-

C

4040

175

40 40 40

45

40

30

TRN

-

BY

80140

285

140

80

120

31

50

’

TRW

-

D

3532

175

35

32

35

40

35

15

9

5

/

8

"

~

13

3

/

8

"

244.475

mm

~

339.725

mm

D

TRN

-

CY

60100

6

5

/

8

"

~

8

5

/

8

"

168.275

mm

~

219.075

m

268

100

60

148

36

56

30

’

TRW

-

D

4040

175

40 40 40

45

40

15

c

TRN

-

CY

80140

308

140

80

148

36

56

30

'

m

TRN

-

DY

60100

9

5

/

8

"

~

13

3

/

8

"

244.475

mm

~

339.725

m

285

100

60

165

43

60

15

'

D

TRN

-

DY

80140

325

140

80

165

43

60

15

'

m

Threading

Holders

for

Oil

Pipe

Threading

Holders

for

Oil

Pipe

External

Threading

Holder

for

Triangle

Series

API

Buttress

Inserts

(

On

-

edge

Type

)

Internal

Threading

Holder

for

Triangle

Series

API

Buttress

Inserts

(

On

-

edge

Type

)

Spare

parts

Spare

parts

Dimension

Ordering

Number

Ordering

Number

Typ

Available

Inserts

Available

Inserts

Pipe

Size

Type

Pipe

Size

e

L

1

Helix

Angle

Clamp

screw

Chipbreaker Chipbreaker

screw

Cartridge

screw

I

.

C C

Clamp

screw

Cartridge

Stop

ring

L

H

K

B

D

F

L

F

D

Helix

Angle

T

-

screw

Nut

screw

90

LPN

-

BY

5090

250

50

135

31

50

60

'

4

1

/

2

"

~

5

1

/

2

"

114.3

mm

-

168.275

mm

B

LPW

-

B

3532

175

35

32

35

56

40

60

'

41

/

2

"

~

5

1

/

2

"

114.3

mm

~

168.275

mm

100

LPN

-

BY

60100

360

60

135

31

50

60

'

B

LPN

-

BY

80140

300

140

80

135

31

50

60

'

GB

701

-

M

8

x

35

-

7

"

~

11

3

/

4

"

177.8

mm

~

298.45

mm

c

LPW

-

C

3532

175

35

32

35

56

40 40

’

VB

5

ER

3.1

T

16

LPW

-

YB

LPW

-

DXB

GB

701

-

M

6

x

12

-

17

LPW

-

XK

GB

701

-

M

8

x

25

-

30

LPN

-

CY

5090

237

90

36

40

'

50

163

56

40

GB

701

-

M

8

x

35

-

7

"

~

11

3

/

4

"

177.8

mm

-

298.45

mm

GB

701

-

M

8

x

35

-

40

LPN

-

CY

60100

100

283

60

163

36

56

40

'

c

VB

5

NR

3.1

T

16

LPN

-

YB

LPN

-

LD

LPN

-

LM

LPN

-

XK

LPN

-

XT

13

3

/

8

"

~

20

"

339.725

mm

~

508

mm

40

D

LPW

-

D

3532

35

32

35

56

40

20

'

175

140

LPN

-

CY

80140

323

80

163

36

56

40

'

90

LPN

-

DY

5090

290

50

180

43

60

20

'

13

3

/

8

"

~

20

"

339.725

m

~

508

mm

100

LPN

-

DY

60100

300

60

180

43

60

20

'

D

140

LPN

-

DY

80140

340

80

180

43

60

20

'

External

Threading

Holder

for

Prism

Series

API

Round

Inserts

Internal

Threading

Holder

for

Triangle

Series

API

Buttress

Inserts

(

On

-

edge

Type

)

0

*

X

ill

)

l

u

_

cO

Q

L

Dimension

Spare

parts

Ordering

Number

Available

Inserts

Type

Pipe

Size

Helix

Angle

Shim

Chipbreaker

Clamp

Screw

L

H

K

B

D

F

Dimension

Spare

parts

Ordering

Number

Available

Inserts

Pipe

Size

Type

2

3

/

8

"

~

3

1

/

2

"

60.325

mm

~

88.9

mm

A

L

1

H

C

K

D

F

B

Helix

Angle

Clamp Clamp

screw

T

-

screw

Nut

Cartridge

Stop

ring

CTW

-

A

3232

175

28

25

30

35

30

70

'

screw

340

180

48

135

32

50

31

60 60

'

LPN

-

BF

4832

4

1

/

2

"

~

6

5

/

8

"

114.3

mm

~

168.275

m

B

CTW

-

BC

3232

4

"

~

8

5

/

8

"

101

,

6

mm

~

219.075

mm

R

8

ER

3.2

T

15

R

10

ER

3.2

T

15

GB

701

-

M

8

x

25

-

BC

175

35

32

35

40

35

50

TRW

-

DD

TRW

-

DXQ

TRW

-

YB

LPN

-

BF

5536

360

200

55

135

36

50

31

60 60

'

m

30

LPN

-

CF

4832

363

180

48

163

32

56

36

68

40

'

7

"

~

11

3

/

4

"

177.8

mm

~

298.45

mm

LPN

-

GB

701

-

M

8

x

35

-

GB

701

-

M

8

x

40

-

45

c

VB

5

NR

3.1

T

16

LPN

-

LD

LPN

-

LM

LPN

-

XK

LPN

-

XT

9

5

/

8

"

~

13

3

/

8

"

244.475

m

~

339.725

mm

YB

40

D

CTW

-

D

3232

175

35

32

35

40

35

15

LPN

-

CF

5536

383

200

55

163

36

56

36

68

40

'

13

3

/

8

"

~

20

"

339.725

mm

~

508

mm

D

LPN

-

DF

5536

400

200

55

180

36

60

43

77

20

'

HOLE

TAPS

HOLE

TAPS

CONTENTS

DIN

Series

Taps

Solid

Carbide

Taps

141

142

r

HI

DIN

Series

Taps

DIN

Series

Taps

HI

TAPS

-

DIN

352

SERIES

TAPS

-

DIN

2181

SERIES

/

MF

i

»

*

>

*

.

1

•

11

i

4

U

«

i

«

uaUSi

A

ll

1111

111

III

2

i

reglar

three

set

taps

Order

No

:

21211

serial

two

set

taps

Order

No

:

2141

tate

-

1

Size

Overall

Length

Thread

Length

Size

Overall

Length

Thread

Length

serial

three

set

taps

Order

No

:

21212

M

3.0

x

0.35

40

9

M

26.0

x

2.00

90

22

M

4.0

x

0.35

45

10

M

27.0

x

1.00

90

22

M

4.0

x

0.50

45

10

M

27.0

x

1.50

90

22

mi

II

M

5.0

x

0.50

50

12

M

27.0

x

2.00

90

22

M

5.0

x

0.75

50

12

M

28.0

x

1.00

90

22

M

6.0

x

0.50

50

14

M

28.0

x

1.50

90

22

Spiral

pointed

taps

Order

No

:

21213

M

6.0

x

0.75

50

14

M

28.0

x

2.00

90

22

mmiv

M

7.0

x

0.75

50

14

M

29.0

x

1.50

90

22

M

8.0

x

0.50

50

19

M

30.0

x

1.00

90

22

AAAAAA

M

8.0

x

0.75

50

19

M

30.0

x

1.50

90

22

M

8.0

x

1.00

56

22

M

30.0

x

2.00

90

22

'

rpfTwyyvTT

M

9.0

x

0.75

56

19

M

30.0

x

2.50

125

56

M

9.0

x

1.00

63

20

M

30.0

x

3.00

125

56

M

10.0

x

0.75

63

20

M

32.0

x

1.50

90

22

M

10.0

x

1.00

63

20

M

32.0

x

2.00

90

22

M

10.0

x

1.25

70

24

M

32.0

x

3.00

125

56

M

11.0

x

1.00

63

20

M

33.0

x

1.50

100

25

143

144

M

12.0

x

0.75

70

22

M

33.0

X

2.00

100

25

Size

Overall

Length

Thread

Length

Size

Overall

Length

Thread

Length

M

12.0

x

1.00

70

22

M

33.0

x

3.00

125

56

M

1.0

x

0.25

32

5.5

M

10.0

x

1.50

70

24

M

12.0

x

1.25

70

22

M

34.0

x

1.50

100

25

M

12.0

x

1.50

70

22

M

34.0

x

2.00

125

40

M

1.1

x

0.25

32

5.5

M

11.0

x

1.50

70

24

M

13.0

x

1.00

70

22

M

35.0

x

1.50

100

25

M

1.2

x

0.25

32

5.5

M

12.0

x

1.75

75

29

M

13.0

x

1.50

70

22

M

36.0

x

1.50

100

25

M

1.4

x

0.30

32

7

M

14.0

x

2.00

80

30

M

14.0

x

0.75

70

22

M

36.0

x

2.00

125

40

M

1.6

x

0.35

32

8

M

16.0

x

2.00

80

32

M

14.0

x

1.00

70

22

M

36.0

x

3.00

125

40

M

1.7

x

0.35

32

8

M

18.0

x

2.50

95

40

M

14.0

x

1.25

70

22

M

38.0

x

1.50

100

25

M

1.8

x

0.35

32

8

M

20.0

x

2.50

95

40

M

14.0

x

1.50

70

22

M

38.0

x

2.00

125

40

M

2.0

x

0.40

36

8

M

22.0

x

2.50

100

40

M

15.0

x

1.00

70

22

M

39.0

x

1.50

110

25

M

24.0

x

3.00

110

M

2.2

x

0.45

36

9

50

M

15.0

x

1.50

70

22

M

39.0

x

2.00

125

40

M

15.0

x

2.00

70

22

M

39.0

x

3.00

125

40

M

2.3

x

0.45

36

9

M

27.0

x

3.00

110

50

M

16.0

x

1.50

70

22

M

40.0

x

1.50

110

25

M

2.5

x

0.45

40

9

M

30.0

x

3.50

125

56

M

18.0

x

1.50

80

22

M

40.0

x

2.00

125

40

M

2.6

x

0.45

40

9

M

33.0

x

3.50

125

56

M

20.0

x

1.50

80

22

M

40.0

x

3.00

125

40

M

3.0

x

0.50

40

11

M

36.0

x

4.00

150

63

M

20.0

x

2.00

80

22

M

42.0

x

1.50

110

25

M

3.5

x

0.60

45

13

M

39.0

x

4.00

150

63

M

21.0

x

1.50

80

22

M

42.0

x

2.00

125

40

M

4.0

x

0.70

45

13

M

42.0

x

4.50

150

63

M

22.0

x

1.00

80

22

M

42.0

x

3.00

125

40

M

4.5

x

0.75

50

16

M

45.0

x

4.50

160

70

M

22.0

x

1.25

22

M

45.0

x

1.50

110

25

80

M

5.0

x

0.80

50

16

M

48.0

x

5.00

180

75

M

22.0

x

1.50

80

22

M

45.0

x

3.00

125

40

M

22.0

x

2.00

80

22

M

48.0

x

1.50

125

40

M

5.5

x

0.90

50

18

M

52.0

x

5.00

180

75

M

23.0

x

1.50

80

22

M

48.0

x

2.00

140

40

M

6.0

x

1.00

50

19

M

56.0

x

5.50

200

85

M

24.0

x

1.00

90

22

M

48.0

x

3.00

140

40

M

7.0

x

1.00

50

19

M

60.0

x

5.50

200

85

M

24.0

x

1.25

90

22

M

50.0

x

1.50

140

40

M

8.0

x

1.25

56

22

M

64.0

x

6.00

220

90

M

24.0

x

2.00

90

22

M

50.0

x

2.00

140

40

M

9.0

x

1.25

63

22

M

68.0

x

6.00

220

90

M

25.0

x

1.00

90

22

M

50.0

x

3.00

140

40

M

25.0

x

1.50

90

22

M

52.0

x

1.50

140

40

M

26.0

x

1.00

90

22

M

52.0

x

2.00

140

40

M

26.0

x

1.50

90

22

M

52.0

x

3.00

140

40

HI

DIN

Series

Taps

DIN

Series

Taps

HI

TAPS

-

DIN

371

SERIES

/

M

TAPS

-

DIN

374

SERIES

/

MF

ii

short

thread

length

Order

No

:

21250

straight

fluted

taps

Order

No

:

21271

straight

fluted

taps

Order

No

:

21251

spiral

fluted

taps

Order

No

:

21252

spiral

pointed

taps

Order

No

:

21253

spiral

fluted

taps

Order

No

:

21272

Size

Overall

Length

Thread

Length

Size

Overall

Length

Thread

Length

spiral

pointed

taps

Order

No

:

21273

M

1.6

x

0.35

40

8

(

5

)

M

4.0

x

0.70

63

13

(

7

)

M

1.8

x

0.35

40

8

(

5

)

M

4.5

x

0.75

70

16

(

7

)

M

2.0

x

0.40

45

8

(

5

)

M

5.0

x

0.80

70

16

(

8

)

M

2.2

x

0.45

9

(

5

)

M

6.0

x

1.00

80

19

(

10

)

45

9

(

5

)

19

(

10

)

M

2.5

x

0.45

50

M

7.0

x

1.00

80

Size

Overall

Length

Thread

Length

9

(

5

)

22

(

13

)

M

2.6

x

0.45

50

M

8.0

x

1.25

90

11

(

6

)

22

(

13

)

M

3.0

x

0.50

56

M

9.0

x

1.25

90

M

3.0

x

0.35

56

10

M

14.0

x

1.25

100

22

M

3.5

x

0.60

56

13

(

7

)

M

10.0

x

1.50

100

24

(

15

)

M

3.5

x

0.35

56

10

M

14.0

x

1.50

100

22

M

4.0

x

0.35

63

10

M

16.0

x

1.00

100

22

TAPS

-

DIN

376

SERIES

/

M

4.0

x

0.50

63

10

M

16.0

x

1.25

100

22

M

5.0

x

0.50

70

12

M

16.0

x

1.50

100

22

M

6.0

x

0.50

80

14

M

18.0

x

1.00

110

25

145

146

M

6.0

x

0.75

80

14

M

18.0

x

1.50

110

25

M

7.0

x

0.75

80

14

M

18.0

x

2.00

125

34

M

8.0

x

0.50

80

19

M

20.0

x

1.00

125

25

short

thread

length

Order

No

:

21260

M

8.0

x

0.75

80

19

M

20.0

x

1.50

125

25

M

8.0

x

1.00

90

22

M

20.0

x

2.00

140

34

M

9.0

x

1.00

90

22

M

22.0

x

2.00

125

25

M

10.0

x

0.50

90

20

M

22.0

x

1.50

125

25

straight

fluted

taps

Order

No

:

21261

spiral

fluted

taps

Order

No

:

21262

spiral

pointed

taps

Order

No

:

21263

M

10.0

x

0.75

90

20

M

22.0

x

2.00

140

34

M

10.0

x

1.00

90

20

M

24.0

x

1.00

140

28

M

10.0

x

1.25

100

24

M

24.0

x

1.50

140

28

Size

Overall

Length

Size

Overall

Length

Thread

Length

Thread

Length

M

11.0

x

1.00

90

20

M

24.0

x

2.00

140

28

11

(

5

)

34

(

25

)

M

3.0

x

0.50

56

M

18.0

x

2.50

125

M

11.0

x

1.25

90

22

M

26.0

x

1.50

140

28

13

(

7

)

34

(

25

)

M

3.5

x

0.60

56

M

20.0

x

2.50

140

M

12.0

x

0.75

100

22

M

27.0

x

2.00

140

28

13

(

7

)

M

4.0

x

0.70

63

M

22.0

x

2.50

140

34

(

25

)

M

12.0

x

1.00

100

22

M

28.0

x

1.50

140

28

M

4.5

x

0.75

70

16

(

7

)

M

24.0

x

3.00

160

38

(

30

)

M

12.0

x

1.25

100

22

M

30.0

x

1.50

150

28

M

5.0

x

0.80

70

16

(

8

)

M

27.0

x

3.00

160

38

(

30

)

M

12.0

x

1.50

100

22

M

30.0

x

2.00

150

28

M

6.0

x

1.00

80

19

(

10

)

M

30.0

x

3.50

180

45

(

30

)

M

13.0

x

1.00

100

22

M

32.0

x

1.50

150

28

M

7.0

x

1.00

80

19

(

10

)

M

33.0

x

3.50

180

50

(

32

)

M

13.0

x

1.50

100

22

M

35.0

x

1.50

170

30

M

8.0

x

1.25

90

22

(

12

)

M

36.0

x

4.00

200

56

(

32

)

M

14.0

x

0.75

100

22

M

36.0

x

1.50

170

30

M

9.0

x

1.25

90

22

(

12

)

M

39.0

x

4.00

200

60

M

14.0

x

1.00

100

22

M

10.0

x

1.50

100

24

(

14

)

M

42.0

x

4.50

200

60

M

11.0

x

1.50

100

24

(

14

)

M

45.0

x

4.50

220

65

29

(

16

)

M

12.0

x

1.75

110

M

48.0

x

5.00

250

70

30

(

20

)

M

14.0

x

2.00

110

M

52.0

x

5.00

250

70

30

(

20

)

M

16.0

x

2.00

110

HI

Solid

Carbide

Taps

Solid

Carbide

Taps

HI

C

331

/

MF

Series

Spiral

Flute

Taps

C

351

/

MF

Series

Forming

Taps

L

2

L

2

L

3

L

3

7

muu

Mild

m

D

1

D

I

Zv

number

of

flute

number

of

flute

Order

Numer

class

of

fit

Order

Numer

class

of

fit

D

1

size

L L

3

L

2

D

1

size

L L

3

L

2

D

C

331

-

0600

C

351

-

0400

M

6

x

1.00

70

8

24

6

3

6

H

M

4

x

0.75

60

6

16

6

2

6

H

C

331

-

0800

C

351

-

0500

M

8

x

1.25

80

10

32

8

3

6

H

M

5

x

0.80

60

7

20

6

2

6

H

C

331

-

1000

C

351

-

0600

M

10

x

1.50

90

12

40

10

4

6

H

M

6

x

1.00

70

8

24

6

2

6

H

C

331

-

1200

M

12

x

1.75

100

14

48

12

4

6

H

C

351

-

0800

M

8

x

1.25

80

10

32

8

2

6

H

C

331

-

1400

M

14

x

2.00

110

16

56

12

4

6

H

C

351

-

1000

M

10

x

1.50

90

12

40

10

3

6

H

C

331

-

1600

M

16

x

2.00

110

16

64

14

4

6

H

147

148

C

341

/

MF

Series

Straight

Flute

Taps

D

*

**

*

WWWVW

'

L

3

L

2

L

number

of

flute

Order

Numer

D

1

size

L

3

L

2

D

class

of

fit

C

341

-

0400

M

4

x

0.75

60

6

16

6

3

6

H

C

341

-

0500

M

5

x

0.80

60

20

6

3

6

H

7

C

341

-

0600

M

6

x

1.00

70

12

23

6

4

6

H

C

341

-

0800

M

8

x

1.25

80

15

28

8

6

H

4

C

341

-

1000

M

10

x

1.50

90

18

33

10

6

H

4

C

341

-

1200

M

12

x

1.75

100

21

40

12

4

6

H

C

341

-

1400

M

14

x

2.00

110

24

47

12

4

6

H

C

341

-

1600

M

16

x

2.00

110

24

53

14

4

6

H

PARTING

&

GROOVING

PARTING

&

GROOVING

CONTENTS

'

stem

XN

Type

for

Top

Clamping

m

d1

m

HI

Grooving

Code

System

Grooving

Insert

HI

DIN

471

/

472

Standard

(

Partial

Profile

)

Dimensions

Groove

Width

Q

)

Designation

(

Right

)

Designation

(

Left

)

Q

.

Picture

IC

t

m

(

H

13

)

Carbide

Grade

Insert

Size

Insert

Type

Hand

of

Insert

Groove

Width

Profile

Style

Groove

Standard

Groove

Depth

ER

11

-

0.50

-

D

471

-

1.00

EL

11

-

0.50

-

D

471

-

0.70

0.50

6.350

0.70

11

-

0.60

-

D

471

-

1.00

11

-

0.60

-

D

471

-

1.00

0.60

6.350

0.70

11

-

0.80

-

D

471

-

1.20

11

-

0.80

-

D

471

-

1.20

0.80

6.350

0.70

11

-

1.00

-

D

471

-

1.50

11

-

1.00

-

D

471

-

1.50

1.00

6.350

0.70

Groove

Depth

o

Insert

Size

(

mm

)

Groove

Width

11

-

1.20

-

D

471

-

1.50

11

-

1.20

-

D

471

-

1.50

1.20

6.350

1.50

11

-

1.40

-

D

471

-

1.50

11

-

1.40

-

D

471

-

1.50 1.40

6.350

1.50

BBS

BE

11

-

1.50

-

D

471

-

1.50

11

-

1.50

-

D

471

-

1.50

6.350

1.50

11

-

1.80

-

D

471

-

1.80

11

-

1.80

-

D

471

-

1.80

6.350

1.80

16

-

0.33

-

D

471

-

1.30

16

-

0.33

-

D

471

-

1.30

0.33

9.525

1.30

0.33

-

2.72

mm

11

:

d

=

6.35

16

:

d

=

9.525

16

-

0.50

-

D

471

-

1.30

16

-

0.50

-

D

471

-

1.30

9.525

1.30

0.50

0.33

—

2.25

mm

16

-

0.75

-

D

471

-

1.30

16

-

0.75

-

D

471

-

1.30

9.525

1.30

0.75

16

-

0.80

-

D

471

-

1.30

16

-

0.80

-

D

471

-

1.30

0.80

9.525

1.30

0

Profile

Style

16

-

1.00

-

D

471

-

1.30

16

-

1.00

-

D

471

-

1.30

1.00

9.525

1.30

16

-

1.10

-

D

471

-

1.30

16

-

1.10

-

D

471

-

1.30

1.10

9.525

1.30

B

16

-

1.17

-

D

471

-

1.30

16

-

1.17

-

D

471

-

1.30

1.17

9.525

1.30

Q

16

-

1.20

-

D

471

-

1.60

16

-

1.20

-

D

471

-

1.60

9.525

1.601.20

Insert

Type

16

-

1.37

-

D

471

-

1.60

16

-

1.37

-

D

471

-

1.60

1.37

9.525

1.60

None

Code

:

Partial

Profile

C

:

Full

Profile

16

-

1.40

-

D

471

-

1.60

16

-

1.40

-

D

471

-

1.60

9.525

1.601.40

B

16

-

1.50

-

D

471

-

1.60

16

-

1.50

-

D

471

-

1.60 1.50

9.525

1.60

c

16

-

1.60

-

D

471

-

1.60

16

-

1.60

-

D

471

-

1.60

9.525

1.60

0

E

-

External

I

-

Internal

16

-

1.67

-

D

471

-

1.60

16

-

1.67

-

D

471

-

1.60

9.525

1.60

1.67

x

Groove

Standard

LU

16

-

1.70

-

D

471

-

1.85

16

-

1.70

-

D

471

-

1.85

9.525

1.85

1.70

Carbide

Grade

16

-

1.75

-

D

471

-

1.85

16

-

1.75

-

D

471

-

1.85

1.75

9.525

1.85

16

-

1.80

-

D

471

-

1.85

16

-

1.80

-

D

471

-

1.85

9.525

1.80

1.85

mlMEM

16

-

1.85

-

D

471

-

1.85

16

-

1.85

-

D

471

-

1.85

9.525

1.85

DIN

471

Partial

DIN

471

DIN

472

Partial

DIN

472

DIN

7993

Partial

DIN

7993

DIN

76

ST

,

DIN

79

SH

DIN

3770

16

-

1.92

-

D

471

-

1.85

16

-

1.92

-

D

471

-

1.85

1.92

9.525

1.85

Hand

of

Insert

16

-

2.00

-

D

471

-

1.85

16

-

2.00

-

D

471

-

1.85

2.00

9.525

1.85

16

-

2.15

-

D

471

-

1.85

16

-

2.15

-

D

471

-

1.85

2.15

9.525

1.85

B

16

-

2.15

-

D

471

-

2.00

16

-

2.15

-

D

471

-

2.00

2.15

9.525

2.00

TTIP

30

TTIM

45

16

-

2.20

-

D

471

-

1.85

16

-

2.20

-

D

471

-

1.85

2.20

9.525

1.85

16

-

2.20

-

D

471

-

2.00

16

-

2.20

-

D

471

-

2.00

2.20

9.525

2.00

R

-

Right

hand

L

-

Left

hand

16

-

2.25

-

D

471

-

1.85

16

-

2.25

-

D

471

-

1.85

2.25

9.525

1.85

151

152

16

-

2.25

-

D

471

-

2.00

16

-

2.25

-

D

471

-

2.00

2.25

9.525

16

-

2.30

-

D

471

-

1.85

16

-

2.30

-

D

471

-

1.85

9.525

2.30

1.85

16

-

2.30

-

D

471

-

2.00

16

-

2.30

-

D

471

-

2.00

2.30

9.525

2.00

16

-

2.50

-

D

471

-

1.85

16

-

2.50

-

D

471

-

1.85

2.50

9.525

1.85

16

-

2.50

-

D

471

-

2.00

16

-

2.50

-

D

471

-

2.00 2.50

9.525

2.00

16

-

2.65

-

D

471

-

2.20

16

-

2.65

-

D

471

-

2.20

2.65

9.525

2.20

16

-

2.72

-

D

471

-

2.20

16

-

2.72

-

D

471

-

2.20

9.525

2.20

2.72

IR

11

-

0.50

-

D

472

-

0.70

IL

11

-

0.50

-

D

472

-

0.70

0.50

6.350

0.70

11

-

0.60

-

D

472

-

0.70

11

-

0.60

-

D

472

-

0.70

0.60

6.350

0.70

11

-

0.80

-

D

472

-

0.70

11

-

0.80

-

D

472

-

0.70

0.80

6.350

0.70

11

-

1.00

-

D

472

-

0.70

11

-

1.00

-

D

472

-

0.70

1.00

6.350

0.70

11

-

1.17

-

D

472

-

0.70

11

-

1.17

-

D

472

-

0.70

1.17

6.350

0.70

11

-

1.20

-

D

472

-

1.50

11

-

1.20

-

D

472

-

1.50 1.20

6.350

1.50

11

-

1.37

-

D

472

-

1.50

11

-

1.37

-

D

472

-

1.50

1.37

6.350

1.50

Carbide

Grade

Insert

Size

Hand

of

Insert

Groove

Width

Groove

Standard

Insert

Name

11

-

1.40

-

D

472

-

1.50

11

-

1.40

-

D

472

-

1.50

6.350

1.501.40

11

-

1.50

-

D

472

-

1.50

11

-

1.50

-

D

472

-

1.50

6.350

1.50

11

-

1.67

-

D

472

-

1.50

11

-

1.67

-

D

472

-

1.50

1.67

6.350

1.50

11

-

1.80

-

D

472

-

1.80

11

-

1.80

-

D

472

-

1.80 1.80

6.350

1.80

Insert Name

Hand

of

Insert

Groove

Standard

11

-

1.92

-

D

472

-

1.80

11

-

1.92

-

D

472

-

1.80

1.92

6.350

1.80

11

-

2.20

-

D

472

-

1.80

11

-

2.20

-

D

472

-

1.80

2.20

6.350

1.80

16

-

0.33

-

D

472

-

1.20

16

-

0.33

-

D

472

-

1.20

0.33

9.525

1.20

16

-

0.50

-

D

472

-

1.20

16

-

0.50

-

D

472

-

1.20

0.50

9.525

1.20

c

16

-

0.75

-

D

472

-

1.20

16

-

0.75

-

D

472

-

1.20

9.525

1.20

0.75

R

=

Rig

ht

L

=

Left

Shallow

&

Nallow

Groove

1

.

QC

type

2

.

TGF

type

0

None

Code

:

Squre

Style

R

:

Round

Style

16

-

0.80

-

D

472

-

1.20

16

-

0.80

-

D

472

-

1.20

0.80

9.525

1.20

c

16

-

1.00

-

D

472

-

1.20

16

-

1.00

-

D

472

-

1.20

1.00

9.525

1.20

16

-

1.10

-

D

472

-

1.20

16

-

1.10

-

D

472

-

1.20 1.10

9.525

1.20

16

-

1.17

-

D

472

-

1.20

16

-

1.17

-

D

472

-

1.20

1.17

9.525

1.20

16

-

1.20

-

D

472

-

1.20

16

-

1.20

-

D

472

-

1.20 1.20

9.525

1.20

16

-

1.37

-

D

472

-

1.80

16

-

1.37

-

D

472

-

1.60

9.525

1.80

1.37

16

-

1.40

-

D

472

-

1.80

16

-

1.40

-

D

472

-

1.60

1.40

9.525

1.80

16

-

1.50

-

D

472

-

1.80

16

-

1.50

-

D

472

-

1.60

9.525

1.80

1.50

16

-

1.60

-

D

472

-

1.80

16

-

1.60

-

D

472

-

1.60

9.525

1.80

1.60

Carbide

Grade

Groove

Width

16

-

1.67

-

D

472

-

1.80

16

-

1.67

-

D

472

-

1.60

1.67

9.525

1.80

16

-

1.70

-

D

472

-

1.80

16

-

1.70

-

D

472

-

1.80

9.525

1.70

1.80

16

-

1.75

-

D

472

-

1.80

16

-

1.75

-

D

472

-

1.80

1.75

9.525

1.80

16

-

1.80

-

D

472

-

1.80

16

-

1.80

-

D

472

-

1.80

9.525

1.80

16

-

1.85

-

D

472

-

1.80

16

-

1.85

-

D

472

-

1.80

9.525

1.80

1.85

22

:

d

=

6.35

32

:

d

=

9.525

43

:

d

=

1

2.70

16

-

1.92

-

D

472

-

1.80

16

-

1.92

-

D

472

-

1.80

1.92

9.525

1.80

0.33

-

4.8

mm

TTIP

30

TTIM

45

16

-

2.00

-

D

472

-

2.20

16

-

2.00

-

D

472

-

2.20

9.525

2.20

2.00

O

16

-

2.15

-

D

472

-

2.20

16

-

2.15

-

D

472

-

2.20

2.15

9.525

2.20

Q

16

-

2.20

-

D

472

-

2.20

16

-

2.20

-

D

472

-

2.20 2.20

9.525

2.20

16

-

2.25

-

D

472

-

2.20

16

-

2.25

-

D

472

-

2.20

9.525

2.20

2.25

16

-

2.30

-

D

472

-

2.20

16

-

2.30

-

D

472

-

2.20

2.30

9.525

2.20

16

-

2.50

-

D

472

-

2.20

16

-

2.50

-

D

472

-

2.20

2.50

9.525

2.20

16

-

2.65

-

D

472

-

2.20

16

-

2.65

-

D

472

-

2.20

2.65

9.525

2.20

16

-

2.72

-

D

472

-

2.20

16

-

2.72

-

D

472

-

2.20

2.72

9.525

2.20

HI

Grooving

Insert

Grooving

Insert

HI

DIN

76

Standard

(

Normal

-

Type

)

DIN

471

/

472

Standard

(

Full

Profile

)

Dimensions

Pitch

Groove

Width

CD

Designation

(

Right

)

Designation

(

Right

)

Designation

(

Left

)

Designation

(

Left

)

Q

.

Q

.

d

1

Picture

>

,

IC

W

t

1

t

R

IC

gi

g

2

t

ti

mm

m

(

H

13

)

ER

16

-

1.10

C

-

D

471

-

0.35

EL

16

-

1.10

C

-

D

471

-

0.35

EL

16

-

0.50

-

D

76

ST

-

0.40

0.2

9.525

1.10 1.50

0.40

2.50

1.10

15

9.525

1.19

0.33

0.35

0.50

ER

16

-

0.50

-

D

76

ST

-

0.40

t

z

8

X

30

°

min

3

d

16

-

1.10

C

-

D

471

-

0.40

16

-

1.10

C

-

D

471

-

0.40

1.10

16

-

17

9.525

1.19

0.36

0.45

16

-

0.60

-

D

76

ST

-

0.50

0.60

0.4

9.525

1.30

1.80

0.50

2.40

16

-

0.60

-

D

76

ST

-

0.50

cu

c

w

03

16

-

1.30

C

-

D

471

-

0.50

16

-

1.30

C

-

D

471

-

0.50

18

-

22

1.30

9.525

1.39

0.44 0.50

16

-

0.70

-

D

76

ST

-

0.55

0.70

0.4

9.525

1.55

2.10

0.55

2.20

16

-

0.70

-

D

76

ST

-

0.55

c

-

VE

0

16

-

1.30

C

-

D

471

-

0.55

16

-

1.30

C

-

D

471

-

0.55

24

-

26

9.525

1.39

0.45

0.55

1.30

16

-

0.80

-

D

76

ST

-

0.65

0.80

0.4

9.525

1.75

2.40

0.65

2.10

16

-

0.80

-

D

76

ST

-

0.65

0

x

LU

A

16

-

1.60

C

-

D

471

-

0.75

16

-

1.60

C

-

D

471

-

0.75

x

28

-

30

1.60

9.525

1.69

0.60

0.70

16

-

1.00

-

D

76

ST

-

0.80

0.6

9.525

2.20

3.00

0.80

1.90

1.00

16

-

1.00

-

D

76

ST

-

0.80

45

°

LU

16

-

1.60

C

-

D

471

-

0.85

16

-

1.60

C

-

D

471

-

0.85

32

-

34

1.60

9.525

1.69

0.75 0.85

—

|

g

2

16

-

1.60

C

-

D

471

-

1.00

16

-

1.60

C

-

D

471

-

1.00

35

9.525

1.69

0.85

1.00

1.60

/

O

16

-

1.85

C

-

D

471

-

1.00

16

-

1.85

C

-

D

471

-

1.00

36

-

38

1.85

9.525

1.94

0.85

1.00

IL

16

-

0.50

-

D

76

ST

-

0.40

0.50

0.2

9.525

1.10 1.50

0.40

2.50

IR

16

-

0.50

-

D

76

ST

-

0.40

16

-

1.85

C

-

D

471

-

1.25

16

-

1.85

C

-

D

471

-

1.25

40

-

48

1.85

9.525

1.94 1.10

1.25

16

-

0.60

-

D

76

ST

-

0.50

0.60

0.4

9.525

1.30

1.80

0.50

2.40

16

-

0.60

-

D

76

ST

-

0.50

CD

c

16

-

2.15

C

-

D

471

-

1.50

16

-

2.15

C

-

D

471

-

1.50

50

-

63

2.15

9.525

2.24

1.35

1.50

16

-

0.70

-

D

76

ST

-

0.55

0.70

0.4

9.525

1.55

2.10

0.55

2.20

16

-

0.70

-

D

76

ST

-

0.55

0

IR

16

-

1.10

C

-

D

472

-

0.50

IL

16

-

1.10

C

-

D

472

-

0.50

18

-

22

1.10

9.525

1.09

0.36

0.50

16

-

0.80

-

D

76

ST

-

0.65

0.80

0.4

9.525

1.75

2.40

0.65

2.10

16

-

0.80

-

D

76

ST

-

0.65

c

t

1

16

-

1.30

C

-

D

472

-

0.60

16

-

1.30

C

-

D

472

-

0.60

24

-

26

03

1.30

9.525

1.39

0.44

0.60

i

16

-

1.00

-

D

76

ST

-

0.80

1.00

0.6

9.525

2.20

3.00

0.80

1.90

16

-

1.00

-

D

76

ST

-

0.80

c

i

16

-

1.30

C

-

D

472

-

0.70

16

-

1.30

C

-

D

472

-

0.70

28

-

30

1.30

9.525

1.39

0.60

0.70

0

f

16

-

1.30

C

-

D

472

-

0.85

16

-

1.30

C

-

D

472

-

0.85

31

-

34

1.30

9.525

1.39

0.75

0.85

c

16

-

1.60

C

-

D

472

-

0.85

16

-

1.60

C

-

D

472

-

0.85

34

1.60

9.525

1.69

0.75

0.85

16

-

1.60

C

-

D

472

-

1.00

16

-

1.60

C

-

D

472

-

1.00

35

-

38

1.60

9.525

1.69

0.85

1.00

0

16

-

1.85

C

-

D

472

-

1.25

16

-

1.85

C

-

D

472

-

1.25

40

-

48

0.85

9.525

1.94 1.10

1.25

\

16

-

2.15

C

-

D

472

-

1.50

16

-

2.15

C

-

D

472

-

1.50

50

-

63

9.525

2.34

1.35

1.50

2.15

DIN

76

Standard

(

Short

-

Type

)

Dimensions

Pitch

0

Designation

(

Right

)

Designation

(

Left

)

CL

Picture

R

IC

gi

g

2

t

ti

mm

1.00

0.6

9.525

1.20

2.00

0.80

2.50

ER

16

-

1.00

-

D

76

SH

-

0.80

ER

16

-

1.00

-

D

76

SH

-

0.80

DIN

7993

Standard

(

Partial

Profile

)

153

154

0.6

9.525

1.50

2.50

1.00

2.30

1.25

16

-

1.25

-

D

76

SH

-

1.00

16

-

1.25

-

D

76

SH

-

1.00

CD

c

1.50

0.8

9.525

1.85

3.00

1.15

2.10

16

-

1.50

-

D

76

SH

-

1.15

16

-

1.50

-

D

76

SH

-

1.15

0

1.75

1.0

9.525

2.20

3.50

1.30

1.90

Dimensions

16

-

1.75

-

D

76

SH

-

1.30

16

-

1.75

-

D

76

SH

-

1.30

Groove

Width

x

LU

0

Designation

(

Right

)

Designation

(

Left

)

CL

Picture

IC

w

t

R

1.00

0.6

9.525

1.20

2.00

0.80

2.50

IR

16

-

1.00

-

D

76

SH

-

0.80

IR

16

-

1.00

-

D

76

SH

-

0.80

ER

16

-

0.40

-

D

7993

-

0.60

EL

16

-

0.40

-

D

7993

-

0.60

0.40

9.525

0.80

0.60

.

K

/

R

,

1.25

0.6

9.525

1.50

2.50

1.00

2.30

16

-

1.25

-

D

76

SH

-

1.00

16

-

1.25

-

D

76

SH

-

1.00

CD

16

-

0.50

-

D

7993

-

1.40

16

-

0.50

-

D

7993

-

1.40

0.50

9.525

1.00

1.40

c

1.50

0.8

9.525

1.85

3.00

1.15

2.10

w

I

rfe

/

nr

—

P

?

H

16

-

1.50

-

D

76

SH

-

1.15

16

-

1.50

-

D

76

SH

-

1.15

CD

16

-

0.60

-

D

7993

-

0.80

16

-

0.60

-

D

7993

-

0.80

0.60

9.525

1.20

0.80

0

c

1.0

9.525

2.20

3.50

1.30

1.90

1.75

16

-

1.75

-

D

76

SH

-

1.30

16

-

1.75

-

D

76

SH

-

1.30

c

16

-

0.60

-

D

7993

-

1.60

16

-

0.60

-

D

7993

-

1.60

*

0

°

min

0.60

9.525

1.20 1.60

0

16

-

0.90

-

D

7993

-

1.10

16

-

0.90

-

D

7993

-

1.10

x

9.525

1.80

0.90

1.10

LU

-

gi

16

-

0.90

-

D

7993

-

2.00

16

-

0.90

-

D

7993

-

2.00

0.90

9.525

1.80

2.00

-

g

2

-

4

16

-

1.00

-

D

7993

-

1.20

16

-

1.00

-

D

7993

-

1.20

1.00

9.525

2.00

1.20

16

-

1.00

-

D

7993

-

2.15

16

-

1.00

-

D

7993

-

2.15

9.525

2.00

1.00

2.15

16

-

1.10

-

D

7993

-

2.15

16

-

1.10

-

D

7993

-

2.15

1.10

9.525

2.20

2.15

16

-

1.20

-

D

7993

-

2.25

16

-

1.20

-

D

7993

-

2.25

1.20

9.525

2.40

2.25

IR

16

-

0.50

-

D

7993

-

1.40

IL

16

-

0.50

-

D

7993

-

1.40

0.50

9.525

1.00

1.40

16

-

0.60

-

D

7993

-

0.80

16

-

0.60

-

D

7993

-

0.80

0.60

9.525

1.20

0.80

16

-

0.60

-

D

7993

-

1.60

16

-

0.60

-

D

7993

-

1.60

CD

0.60

9.525

1.20

1.60

c

QC

Type

On

-

Edge

Round

Circlip

Groove

16

-

0.90

-

D

7993

-

1.10

16

-

0.90

-

D

7993

-

1.10

0.90

9.525

1.80

1.10

0

16

-

0.90

-

D

7993

-

2.00

16

-

0.90

-

D

7993

-

2.00

0.90

9.525

1.80

c

2.00

16

-

1.00

-

D

7993

-

1.20

16

-

1.00

-

D

7993

-

1.20

1.00

9.525

2.00

0.20

Dimensions

16

-

1.00

-

D

7993

-

2.15

16

-

1.00

-

D

7993

-

2.15

Designation

1.00

9.525

2.00

2.15

\

K

16

-

1.10

-

D

7993

-

2.15

16

-

1.10

-

D

7993

-

2.15

S

±

0.025

La

max

R

/

C

IC

S

1

d

Picture

1.10

9.525

2.20

2.15

16

-

1.20

-

D

7993

-

2.25

16

-

1.20

-

D

7993

-

2.25

9.525

2.40

1.20

2.25

200

R

2.00 2.50

1.00

9.525

3.18

4.4

S

QC

32

R

/

L

R

300

R

3.00

2.50

1.50

9.525

3.18

4.4

100

R

1.00

2.00

0.50

12.7

4.76

5.5

QC

43

R

/

L

150

R

1.50

3.50

0.75

12.7

4.76

5.5

~

o

s

>

200

R

2.00

3.50

1.00

12.7

4.76

5.5

250

R

2.50

4.00

1.25

12.7

4.76

5.5

300

R

3.00

4.00

1.50

12.7

4.76

5.5

Si

400

R

4.00

5.00

2.00

12.7

4.76

5.5

HI

Grooving

Insert

Grooving

Tool

Holder

HI

H

S

2

°

L

5

°

W

-

C

QC

Type

On

-

Edge

Squre

Circlip

Groove

2

°

Dimensions

Designation

SQGR

/

L

Picture

S

±

0.025

La

max

R

/

C

1

C

S

1

d

Spare

parts

Dimensions

(

mm

)

QC

22

R

/

L

050

0.50

1.00

0.05

6.35

3.18

2.8

Designation

100

1.00 1.50

0.05

6.35

3.18

2.8

Screw

Wrench

Applicable

Insert

W

S

120

1.20

1.50

0.20

6.35

3.18

2.8

H

L

h

I

125

1.25

1.50

0.20

6.35

3.18

2.8

145

1.45

1.50

0.20

6.35

3.18

2.8

16

SQGR

/

L

1616

-

K

3

-

15

16

21

125

16

25.5

QC

32

R

/

L

050

—

180

150

1.50 1.50

0.20

6.35

3.18

2.8

S

2020

-

K

3

-

15

20 20

25

125

20

25.5

R

or

C

R

or

C

200

2.00 2.00

0.20

6.35

3.18

2.8

2525

-

M

3

-

15

25

30

150

25

25.5

M

3.5

*

9

T

-

15

CQ

225

2.25

2.00

0.20

6.35

3.18

2.8

1616

-

K

3

-

25

16 16

21

125

16

25.5

E

03

QC

32

R

/

L

180

-

300

QC

32

R

/

L

050

0.50

1.00

0.05

9.525

3.18

4.4

2020

-

K

3

-

25

20

25

125

20

25.5

100

1.00

2.00

0.05

9.525

3.18

4.4

2525

-

M

3

-

25 25

25

30

150

25

25.5

TD

£

<

s

110

1.10

2.00

0.05

9.525

3.18

4.4

3232

-

P

3

-

25

32

40

170

32

25.5

120

1.20

2.00

0.05

9.525

3.18

4.4

S

1

20 20 20

2020

-

K

4

-

15

25

125

25.5

QC

42

R

/

L

100

-

230

125

1.25

2.00

0.20

9.525

3.18

4.4

2525

-

M

4

-

15

25

30

150

25

25.5

145

1.45

2.00

0.20

9.525

3.18

4.4

2020

-

K

4

-

25

20 20

25

125

20

25.5

M

5

*

12

T

-

20

QC

42

R

/

L

230

—

330

150

1.50

2.00

0.20

9.525

3.18

4.4

2525

-

M

4

-

25

25 25

30

150

25

25.5

175

1.75

2.00

0.20

9.525

3.18

4.4

3232

-

P

4

-

25

32

40

170

32

25.5

185

1.85

2.50

0.20

9.525

3.18

4.4

2020

-

K

4

-

35

20 20

25

125

20

25.5

QC

42

R

/

L

330

—

480

200

2.00 2.50

0.20

9.525

3.18

4.4

2525

-

M

4

-

35

25

30

150

25

25.5

250

2.50 2.50

0.20

9.525

3.18

4.4

3232

-

P

4

-

35

32

170

32

25.5

40

300

3.00 3.00

0.20

9.525

3.18

4.4

125

1.25

2.00

0.20

12.7

4.76

5.5

155

156

145

1.45

2.00

0.20

12.7

4.76

5.5

QC

43

R

/

L

150

1.50

3.50

0.20

12.7

4.76

5.5

175

1.75

3.50

0.20

12.7

4.76

5.5

185

1.85

3.50

0.20

12.7

4.76

5.5

S

H

S

R

or

C

R

or

C

200

2.00

3.50

0.20

12.7

4.76

5.5

230

2.30

3.50

0.20

12.7

4.76

5.5

E

2

L

03

250

2.50

4.00

0.30

12.7

4.76

5.5

5

°

T

O

265

2.65

4.00

0.30

12.7

4.76

5.5

a

Q

280

2.80

4.00

0.30

12.7

4.76

5.5

W

sz

S

1

300

3.00

4.00

0.30

12.7

4.76

5.5

3.20

320

4.00

0.30

12.7

4.76

5.5

2

°

330

3.30 0.30

12.7

4.00

4.76

5.5

350

3.50 0.30

12.7

4.76

5.00

5.5

4.00

0.40

12.7

4.76

400

5.00

5.5

CQGR

/

L

430

4.30

5.00 0.40

12.7

4.76

5.5

450

4.50

5.00 0.40

12.7

4.76

5.5

480

4.80

5.00 0.40

12.7

4.76

5.5

Spare

parts

Clamp

Screw

Wrench

Dimensions

(

mm

)

Designation

Applicable

Insert

W

S

H

L

h

I

CQGR

/

L

1616

-

K

3

-

15

16 16

21

125

16

25.5

QC

32

R

/

L

050

—

180

20

25

125

20

25.5

2020

-

K

3

-

15

25

30

150

25

25.5

T

-

15

2525

-

M

3

-

15

M

3.5

*

9

L

3.0

16 16

21

125

16

25.5

1616

-

K

3

-

25

QC

32

R

/

L

180

-

300

20 20

25

125

20

25.5

2020

-

K

3

-

25

2525

-

M

3

-

25

30

150

25

25.5

32

3232

-

P

3

-

25

32

40

170

32

25.5

CS

6

R

1

ML

0622

20 20

25

125

20

25.5

2020

-

K

4

-

15

QC

42

R

/

L

100

-

230

25 25

30

150

25

25.5

2525

-

M

4

-

15

T

-

20

20 20

25

125

20

25.5

2020

-

K

4

-

25

M

5

*

12

L

3.0

QC

42

R

/

L

230

—

330

25

30

150

25

25.5

2525

-

M

4

-

25

3232

-

P

4

-

25

32

40

170

32

25.5

2020

-

K

4

-

35

20 20

25

125

20

25.5

QC

42

R

/

L

330

—

480

25

2525

-

M

4

-

35

30

150

25

25.5

32

40

170

32

25.5

3232

-

P

4

-

35

HI

Grooving

Tool

Holder

Grooving

Insert

HI

dmin

TGF

Type

On

-

Edge

Squre

Circlip

Groove

0

d

2

°

S

Dimensions

Designation

H

L

Picture

W

±

0.03

G

d

T

rs

7

033

0.33

0.8

0.05

9.525

3.18

2

°

1.2

043

0.43

0.05

9.525

3.18

050

0.50

1.2

0.05

9.525

3.18

065

0.65

2.2

0.05

9.525

3.18

SQGR

/

L

2.2

075

0.75 0.05

9.525

3.18

080

0.80

2.2

0.10

9.525

3.18

Spare

parts

0.85

2.2

085

0.10

Dimensions

(

mm

)

9.525

3.18

Designation

090

0.90

2.2

0.10

9.525

3.18

Screw

Applicable

Insert

Wrench

Dmin

095

0.95

2.2

a

°

0.10

9.525

3.18

S

d

1

H

L

n

100

1.00

2.2

0.10

3.18

9.525

110

1.10

2.2

0.10

9.525

3.18

S

16

Q

-

SQGR

/

L

2

-

15

20

16

11.5

180

40

15

QC

22

R

/

L

050

—

150

115

1.15

2.2

0.10

9.525

3.18

S

20

Q

-

SQGR

/

L

2

-

15

25

20

11.5

180

40

18

M

2.5

*

6

T

-

8

2.2

120

1.20

0.10

9.525

3.18

S

16

Q

-

SQGR

/

L

2

-

25

20

16

11.5

180

40

15

QC

22

R

/

L

150

—

225

125

1.25

2.2

0.10

9.525

3.18

S

20

Q

-

SQGR

/

L

2

-

25

20

11.5

180

40

18

130

1.30

2.2

0.10

9.525

3.18

S

20

Q

-

SQGR

/

L

3

-

15

28

20

12.5

180

45

18

QC

32

R

/

L

050

—

180

135

1.35

2.2

0.10

9.525

3.18

S

25

R

-

SQGR

/

L

3

-

15

35

25

17.5

200

45

23

M

3.5

*

9

T

-

15

140

1.40

2.2

0.10

9.525

3.18

S

20

Q

-

SQGR

/

L

3

-

25

28

20

12.5

180

45

18

QC

32

R

/

L

180

-

300

6

°

2.2

145

1.45

0.10

9.525

3.18

S

25

R

-

SQGR

/

L

3

-

25

35

25

17.5

200

45

23

150

1.50

2.2

0.10

9.525

3.18

TGF

32

R

/

L

S

32

S

-

SQGR

/

L

3

-

25

40

32

21.0

250

45

30

155

1.55

2.2

0.10

9.525

3.18

S

25

R

-

SQGR

/

L

4

-

15

35

25

18.2

200

45

23

QC

43

R

/

L

100

-

230

160

1.60

2.2

0.10

9.525

3.18

S

32

S

-

SQGR

/

L

4

-

15

40

32

23.0

250

45

30

M

5

*

12

165

1.65

2.2

T

-

20

0.10

9.525

3.18

35

25

18.2

200

23

S

25

R

-

SQGR

/

L

4

-

25

45

QC

43

R

/

L

230

—

330

170

1.70

2.2

0.10

9.525

3.18

S

32

S

-

SQGR

/

L

4

-

25

40

32

23.0

250

45

30

175

1.75

2.2

0.10

9.525

3.18

S

25

R

-

SQGR

/

L

4

-

35

25

18.2

200

45

23

QC

43

R

/

L

330

—

480

180

1.80

2.2

0.10

9.525

3.18

S

32

S

-

SQGR

/

L

4

-

35

40

32

23.0

250

45

30

185

1.85

2.2

0.10

9.525

3.18

157

158

190

1.90

2.2

0.10

9.525

3.18

195

1.95

2.2

0.10

9.525

3.18

200

2.00

2.7

0.10

9.525

3.18

2.7

220

2.20

0.10

9.525

3.18

225

2.25

2.7

0.10

9.525

3.18

240

2.40

2.7

0.10

9.525

3.18

250

2.50

2.7

0.10

9.525

3.18

270

2.70

2.7

0.15

9.525

3.18

E

0

Dmin

EHE

275

2.75

2.7

0.15

9.525

3.18

300

3.00

3.2

0.15

9.525

3.18

\

§

)

Wy

e

~

Li

150

1.50

3.5

0.15

12.7

4.76

L

175

1.75

3.7

0.15

12.7

4.76

0

Dmin

wi

200

2.00

3.7

0.15

12.7

4.76

.

-

o

c

230

2.30

3.7

0.15

12.7

4.76

l

e

250

2.50

4.2

0.25

12.7

4.76

Li

L

265

2.65

4.2

0.25

12.7

4.76

280

2.80

4.2

0.25

12.7

4.76

TGF

43

R

/

L

300

3.00

4.2

0.25

12.7

4.76

Milling

Cutter

for

Grooving

330

3.30

4.2

0.30

12.7

4.76

350

3.50

5.0

0.30

12.7

4.76

400

4.00

5.0

0.30

12.7

4.76

Dimensions

(

mm

)

Screw

Wrench

430

4.30

5.0

0.30

12.7

4.76

Designation

Width

Applicable

Insert

450

4.50

5.0

0.30

12.7

4.76

0

d

0

Dmin

L

1

L

Z

e

311

.

QC

32.025

B

300

.

W

25

-

01

25 25

40

89

125

1

0.50

-

3.00

QC

32

L

050

—

300

M

3.5

*

10

T

-

15

311

.

QC

32.039

B

300

.

W

25

-

03

39

25

23

89

125

3

0.50

-

3.00

QC

32

L

050

—

300

M

3.5

*

10

T

-

15

311

.

QC

42.044

B

480

.

W

32

-

03

32

23

89

125

3

QC

42

L

100

-

480

M

5.0

*

13

T

-

20

44

1.0

-

4.8

HI

Grooving

Tool

Holder

Grooving

Insert

HI

JSTGR

/

L

ACME

(

Special

On

-

Edge

)

Dimensions

External

grooving

Ri

tpi

Designation

JSTG

R

/

L

z

IC

Picture

W

T

ji

Q

©

£

°

CN

d

CM

\

CVI

CNJ

6

ACME

6

9.525

1.44

4.76

8

ACME

8

9.525

1.04

4.76

L

2

tlP

\

Li

TNMA

33

10

ACME

10

9.525

0.81

4.76

12

ACME

12

9.525

0.72

4.76

LO

I

/

14

ACME

14

9.525

0.61

4.76

c

TTS

)

T

.

16

ACME

16

9.525

0.52

4.76

29

°

Right

hand

(

R

)

shown

.

Vw

-

J

f

4

ACME

4

12.7

2.22

4.76

5

ACME

5

12.7

1.75

4.76

IC

Spare

Parts

Groove

Width

6

ACME

6

12.7

1.44

4.76

Dimensions

(

mm

)

Aplicable

Insert

Screw

Wrench

Designation

TNMA

43

8

ACME

8

12.7

1.04

4.76

f

10

ACME

12.7

0.81

4.76

W

(

mm

)

b

h

f

hi

L

2

11

12

0.72

12

ACME

12.7

4.76

14

12.7

0.61

4.76

14

ACME

JSTGR

/

L

1212

-

H

16

C

0.33

-

3.00

12 12

17

12

100

25

16

ACME

16

12.7

0.52

4.76

1616

-

H

16

C

0.33

-

3.00

16 16

21

16

100

25

TGF

32

R

/

L

M

3.5

x

9

T

-

15

3

ACME

3

15.875

3.00

6.35

2020

-

K

16

C

0.33

-

3.00

20 20

25

20

125

25

TNMA

54

4

ACME

4

9.525

2.22

6.35

2525

-

M

16

C

0.33

-

3.00

25 25

30

25

150

25

5

ACME

9.525

1.75

6.35

5

2020

-

K

22

C

1.50

-

4.50

20 20

25

20

125

25

TGF

43

R

/

L

M

5.0

x

12

T

-

20

2525

-

M

22

C

1.50

-

4.50

25 25

30

25

150

25

159

160

JSTGR

/

L

ACME

(

Special

On

-

Edge

)

Internal

grooving

L

2

Dimensions

JSTGR

/

L

tpi

Designation

IC

Picture

W

T

r

2

°

a

6

ACME

6

9.525

1.44

3.97

8

ACME

8

9.525

1.04

3.97

Li

10

ACME

10

9.525

0.81

3.97

\

TNMC

32.5

12

ACME

12

9.525

0.72

3.97

i

r

14

ACME

14

9.525

0.61

3.97

ra

T

Right

hand

(

R

)

shown

.

16

ACME

16

9.525

0.52

3.97

4

ACME

4

12.7

2.22

4.76

IC

Spare

Parts

5

ACME

5

12.7

1.75

4.76

Groove

Width

Min

.

bore

dia

.

Max

.

groove

deepth

(

mm

)

Dimensions

(

mm

)

6

ACME

6

12.7

1.44

4.76

Aplicable

Insert

Screw

Wrench

Designation

8

ACME

8

12.7

1.04

4.76

TNMC

43

10

ACME

10

12.7

0.81

4.76

W

(

mm

)

Dm

(

mm

)

Ds

f

h

L

1

L

2

a

12

ACME

12

12.7

0.72

4.76

S

20

Q

-

JSTGR

/

L

16

0.33

-

3.00

28

2.0

20

13.0

18

180

2.5

45

14

ACME

14

12.7

0.61

4.76

S

25

R

-

JSTGR

/

L

16

0.33

-

3.00

31

2.0

25

15.5

23

200

45

2.5

TGF

32

R

/

L

M

3.5

x

9

T

-

15

16

ACME

16

12.7

0.52

4.76

S

32

S

-

JSTGR

/

L

16

0.33

-

3.00

38

2.0

32

19.0

30

250

45

2.5

3

ACME

3

15.875

3.00

6.35

S

32

S

-

JSTGR

/

L

22

1.50

-

4.50

38

2.5

32

23.0

30

250

45

3.0

TGF

43

R

/

L

M

5.0

x

12

T

-

20

4

ACME

4

15.875

2.22

6.35

TNMC

54

5

ACME

5

15.875

1.75

6.35

HI

Special

Insert

Special

Insert

HI

Stub

ACME

(

Special

On

-

Edge

)

API

Buttress

(

Special

On

-

Edge

)

Dimensions Dimensions

tpi

Designation Designation

tpi

Size

Picture

1

C

1

C

W

T

W

T

6

STACME

6

9.525

1.66

4.76

TNMA

43

8

BUT

75

8

12.7

0.75

4.76

—

T

1.21

8

STACME

8

9.525

4.76

4

1

/

2

"

—

13

3

/

8

"

TNMA

54

5

BUT

75

5

15.875

0.75

6.35

10

STACME

10

9.525

0.94

4.76

5

BUT

1

6.35

16

"

—

20

"

5

15.875

1

TNMA

33

12

0.83

12

STACME

9.525

4.76

TNMC

43

8

BUT

75

8

12.7

0.75

4.76

4

1

/

2

"

-

13

3

/

8

"

14

STACME

14

9.525

0.70

4.76

TNMC

54

5

BUT

75

6.35

5

15.875

0.75

/

16

STACME

16

9.525

0.60

4.76

16

"

-

20

"

5

BUT

1

6.35

5

15.875

29

°

T

Vw

-

4

STACME

4

12.7

2.55

4.76

—

T

5

STACME

12.7

2.01

4.76

5

6

STACME

6

12.7

1.66

4.76

8

STACME

8

12.7

1.21

4.76

TNMA

43

10

STACME

10

12.7

0.94

4.76

12

STACME

12

12.7

0.83

4.76

14

STACME

14

12.7

0.70

4.76

16

STACME

16

12.7

0.60

4.76

3

STACME

3

15.875

3.44

6.35

4

STACME

4

15.875

2.55

6.35

TNMA

54

5

STACME

15.875

2.01

6.35

5

161

162

Stub

ACME

(

Special

On

-

Edge

)

API

Round

(

Special

On

-

Edge

)

Dimensions

tpi

Designation

tpi

Picture

IC

W

T

Picture

IC

W

T

8

APIRD

TNMA

43

8

12.7

0.75

4.76

6

STACME

6

9.525

1.66

3.97

—

T

10

APIRD

10

12.7

0.75

4.76

8

STACME

8

9.525

1.21

3.97

TNMA

54

8

APIRD

8

15.875

0.75

6.35

10

STACME

10

9.525

0.94

3.97

TNMC

32.5

TNMC

43

8

APIRD

8

12.7

0.75

4.76

12

STACME

12

9.525

0.83

3.97

(

10

APIRD

10

12.7

0.75

4.76

14

STACME

14

9.525

0.70

3.97

29

TNMC

54

8

APIRD

8

15.875

0.75

6.35

Vw

-

^

IC

16

STACME

16

9.525

0.60

3.97

—

T

4

STACME

4

12.7

2.55

4.76

IC

5

STACME

12.7

2.01

4.76

5

AA

6

STACME

6

12.7

1.66

4.76

8

STACME

8

12.7

1.21

4.76

TNMC

43

10

STACME

10

12.7

0.94

4.76

Sr

*

12

STACME

12

12.7

0.83

4.76

14

STACME

14

12.7

0.70

4.76

16

STACME

16

12.7

0.60

4.76

3

STACME

3

15.875

3.44

6.35

4

STACME

4

15.875

2.55

6.35

TNMC

54

5

STACME

5

15.875

2.01

6.35

A

Machining

Tools

for

Molding

Groove

Machining

Tools

for

Molding

Groove

Inserts

for

ED

Groove

Inserts

with

Two

Teeth

for

Motor

Pulley

C

:

Dmin

rn

I

ED

Grooving

«

=

»

«

7

vD

T

s

Carbide

Grade

Applicable

Holder

Carbide

Grades

W

±

0.03

'

:

'

B

*

Cdmin

Designation

A

T

R

Designation

L

H

A

S

TTIP

30

TTIM

45

TTIN

30

VB

1604

150

-

1.60

1.6

1.5

PDL

40

3.45

3.56

3.45

40

°

34

2.01

150

-

2.00

2.0

40

°

3.45

YL

3.56

3.45

2.01

200

-

1.50

1.5

37

°

PDL

40

6316

3.56

3.80

2.01

200

-

1.60

1.6

200

-

1.80

2.0

1.8

200

-

2.00

2.0

9.525

4.76

9.0

SVQBR

TTIN

30

200

-

2.50

2.5

250

-

2.00

2.0

250

-

2.50

2.5

Inserts

with

Multitooth

for

Motor

Pulley

250

-

3.00

3.0

300

-

3.00

3.0

300

-

3.50

3.5

163

164

X

Inserts

with

Single

Tooth

for

Motor

Pulley

12

°

±

45

'

L

4.7

+

0.04

012

,

7

±

O

.

O

25

Carbide

Grade

Designation

L

H

A

Teeth

0

TTIP

30

TTIM

45

TTIN

30

3

C

12.700

3.56

3.45

40

°

3

PDL

40

05

4

C

40

°

15.875

3.56

3.45

4

5

C

40

°

15.875

3.56

3.80

5

M

4.76

±

0.04

V

/

10

005

+

Carbide

Grade

Designation

L

H

A

TTIP

30

TTIM

45

TTIN

30

40

°

SPDL

40

1.405

0.82

1.405

2.135

1.25

2.135

40

°

Machining

Tools

for

Molding

Groove

Machining

Tools

for

Molding

Groove

SNG

Type

for

General

Grooving

MGT

Type

for

External

,

Internal

.

Face

Grooving

and

traversing

rE

L

h

L

h

W

T

W

Carbide

Grades

Insert

seat

size

MGT

Designation

W

±

0.02

re

±

0.05

L

h

d

ct

°

TPP

320

TPM

930

TPK

01

i

1.5

MGMN

150

-

G

1.5

0.15

16.0

3.50

1.20

i

/

"

>

s

I

CD

2.0

200

-

G

0.20

3.50

1.60

<

CD

Q

2.0

16.0

i

O

<

3

I

<

CD

o

k

w

250

-

G

2.5

0.20

18.5

3.85

2.00

Vrt

O

L

o

300

-

G

3.0

0.40

21.0

4.80

2.35

i

3.0

i

<

h

,

Q

4.0

400

-

G

0.40

21.0

4.80

3.30

4.0

CQ

5.0

500

-

G

0.80

26.0

5.80

4.10

7

°

5.0

Carbide

Grade

Max

.

groove

depth

(

mm

)

Designation

W

±

0.03

A

B

T

QD

L

Fig

.

6.0

600

-

G

0.80

26.0

5.80 5.00

6.0

re

TTIP

30

TTIM

45

TTIN

30

2.0

MGMN

200

-

M

2.0

0.20

3.50

1.20

16.0

CD

6

GR

/

L

100

7

GR

/

L

2.5

250

-

M

2.5

0.20

18.5

3.85

2.00

O

o

150

1.5

4.76

6.44

2.34 2.30

<

3.0

300

-

M

3.0

0.40

4.80

2.35

21.0

L

Q

200

2.0

CQ

4.0

400

-

M

4.0

0.40

4.80

3.30

21.0

5.56

1.5

1

h

7

GR

/

L

100

1.0

5.0

500

-

M

5.0

0.80 5.80

4.10

c

26.0

150

1.5

5.56

7.36

3.08

2.58

Q

6.0

600

-

M

6.0

0.80 5.80

26.0

5.00

Q

200

2.0

CQ

8.0

800

-

M

8.0

0.80

6.50

6.00

31.0

8

GR

/

L

150

1.5

MGMN

2.0

200

-

H

2.0

0.20

3.50

1.60

16.0

d

TJ

TX

0

)

CD

200

2.0

TJ

2.5

250

-

H

2.5

0.20

18.5

3.85

2.00

S

9

k

250

2.5

5.56

10.16

3.87

2.58

6.15

0.2

2.0

rz

-

O

3.0

300

-

H

3.0

0.40

4.80

2.35

21.0

Q

<

CQ

300

3.0

Q

4.0

400

-

H

4.0

0.40

4.80

3.30

21.0

O

CQ

350

3.5

5.0

500

-

H

5.0

0.80 5.80

4.10

26.0

7

°

9

GR

/

L

100

1.0

1.5

2

CD

2.0

MGMN

200

-

T

2.0

0.20

3.50

1.60

16.0

O

d

150

1.5

1.2

165

166

3.0

300

-

T

3.0

0.40

4.80

2.35

O

21.0

!

w

<

200

2.0

L

4.0

400

-

T

4.0

0.40

4.80

3.30

21.0

Q

£

6.35

12.95

2.86

4.66

7.74

CQ

250

2.5

5.0

500

-

T

5.0

0.80 5.80

4.10

26.0

h

3.0

c

300

3.0

Q

7

°

350

3.5

Q

CQ

MGGN

1.5

150

-

TU

1.5

0.15

3.50

1.20

16.0

"

0

200

-

TU

0.20

3.50

1.20

2.0

16.0

0

)

CD

!

W

7

X

O

250

-

TU

0.20

18.5

3.85

2.5

2.00

rz

-

O

=

3

<

3.0

300

-

TU

3.0

0.20

4.80

2.35

21.0

Internal

grooving

CQ

15

°

Q

o

CQ

4.0

400

-

TU

4.0

0.20

4.80

3.30

JI

21.0

SNG

R

/

L

Applicable

inserts

6

GR

/

L

7

GR

/

L

Q

O

5.0

500

-

TU

5.0

0.40 5.80

4.10

26.0

\

-

2

MRMN

200

-

M

3.50

1.50

2.0 2.0

1.00

16.0

Li

bore

dia

.

oDm

300

-

M

1.50

4.80

2.35

3.0 3.0

21.0

"

0

CD

5

°

zb

o

—

<

w

Applicable

inserts

8

GR

/

L

400

-

M

4.80

3.30

21.0

4.0

2.00

G

°

500

-

M

2.50

5.80

4.10

26.0

5.0 5.0

9

GR

/

L

n

QQ

CQ

Li

600

-

M

5.80 5.00

26.0

6.0 6.0

3.00

Right

hand

(

R

)

shown

.

800

-

M

31.0

6.50

6.00

8.0

4.00

Spare

Parts

Max

MRGN

7

°

400

-

A

4.80

3.30

21.0

4.0

2.00

Min

.

bore

dia

.

ODm

Applicable

Insert

groove

width

>

7

°

500

-

A

2.50

5.80

4.10

5.0

26.0

f

Screw

Wrench

Designation

QDs

L

1

L

2

h

d

.

C

600

-

A

5.80 5.00

12

°

6.0

3.00

26.0

3

L

(

mm

)

f

Q

800

-

A

6.50

6.00

12

°

8.0 8.0

4.00

31.0

\

c

h

.

SNG

R

/

L

08

-

H

06

8

4.7

18

M

2.0

x

4

T

-

6

GR

/

L

3

8

100

7

08

-

H

07

2.0

10

5.8

23

a

°

M

2.2

x

6

T

-

6

7

GR

/

L

10

-

K

07

12

6.8

29

10

125

9

10

-

K

08

14

7.6

15

3.5

M

2.2

x

6

T

-

6

8

GR

/

L

12

-

M

08

16

12

8.6

150

18

11

16

-

Q

09

20

16

11.6

180

20

15

3.5

M

2.5

x

6

T

-

8

9

GR

/

L

20

-

R

09

24

20

13.6

200

25

18

Machining

Tools

for

Molding

Groove

Machining

Tools

for

Molding

Groove

MGEHR

/

L

MGFHR

/

L

For

Grooving

,

Turning

,

Parting

off

,

Reliefing

,

Profiling

machining

.

For

Face

Grooving

machining

T

-

MAX

/

©

S

w

s

TH

1

/

0

DMAX

/

0

PMIN

T

-

MAX

L

\

p

h

H

n

H

OD

Spare

Parts

Applicable

Inserts

Applicable

Inserts

Screw

Wrench

Screw

Wrench

Designation

H

=

h

W

L

S

T

-

Max

Designation

H

=

h

W

L

S

T

-

MAX

Min

Max

,

MGEHR

/

L

1616

-

1.5

16 16

100

16.2

14

MGFHR

/

L

320

-

44

/

62

-

T

15

20 20

125

20.6

15

44

62

MGMN

150

-

G

MGGN

150

-

TU

2020

-

1.5

20

125

20.2

14

M

5

x

12

N

L

4.0

320

-

62

/

120

-

T

15

20

125

20.6

15

62

120

MGMN

300

-

G

MGMN

300

-

M

MGGN

300

-

TU

2525

-

1.5

25 25

150

25.2

14

320

-

112

/

200

-

T

15

20 20

125

20.6

15

112

200

1212

-

2

12

100

14.25

14

325

-

44

/

62

-

T

15

25

150

25.6

15

44

62

MGMN

200

-

G

MGMN

200

-

M

MGGN

200

-

TU

MRMN

200

-

M

150

1616

-

2

16

14

325

-

62

/

120

-

T

15

25

25.6

62

120

16

100

16.25

15

M

5

x

16

N

L

4.0

325

-

112

/

200

-

T

15

2020

-

2

20 20

125

20.25

14

25

150

25.6

15

112

200

M

6

x

20

N

L

5.0

2525

-

2

25 25

150

25.25

14

420

-

44

/

62

-

T

15

20 20

125

20.6

15

44

62

1616

-

2.5

16 16

100

16.30

16

420

-

62

/

120

-

T

15

20 20

125

20.6

15

62

120

MGMN

250

-

G

MGMN

250

-

M

MGGN

250

-

TU

MGMN

400

-

G

MGMN

400

-

M

MGGN

400

-

TU

2020

-

2.5

20 20

125

20.30

16

M

5

x

16

N

L

4.0

420

-

112

/

200

-

T

15

20 20

125

20.6

15

112

200

2525

-

2.5

25 25

150

25.30

16

425

-

44

/

62

-

T

15

25

150

25.6

15

62

44

425

-

62

/

120

-

T

15

1616

-

3

16

100

16.35

18

25

150

25.6

15

62

120

2020

-

3

20 20

125

20.40

18

425

-

112

/

200

-

T

15

25

150

25.6

15

112

200

2020

-

3

-

T

10

20 20

125

20.40

10

MGMN

300

-

G

MGMN

300

-

M

MGMN

300

-

TU

MRMN

300

-

M

2525

-

3

25 25

150

25.40

18

2525

-

3

-

T

10

25 25

150

25.40

10

3232

-

3

32 32

170

32.40

18

3232

-

3

-

T

10

32 32

170

32.40

10

167

2020

-

4

20 20

125

20.40

18

2020

-

4

-

T

1

0

20 20

125

20.40

10

MGMN

400

-

G

MGMN

400

-

M

MGMN

400

-

TU

MRMN

400

-

M

2525

-

4

25 25

150

25.40

18

2525

-

4

-

T

10

25 25

150

25.40

10

3232

-

4

32 32

170

32.40

18

3232

-

4

-

T

10

32 32

170

32.40

10

2020

-

5

20 20

125

20.50

23

2020

-

5

-

T

15

20 20

125

20.50

15

MGMN

500

-

G

MGMN

500

-

M

MGMN

500

-

TU

MRMN

500

-

M

2525

-

5

25 25

150

25.50

23

2525

-

5

-

T

15

25 25

150

25.50

15

3232

-

5

32 32

170

32.50

23

3232

-

5

-

T

15

32

170

32.50

15

M

6

x

20

N

L

5.0

2020

-

6

20 20

125

20.60

23

2020

-

6

-

T

15

20 20

125

20.60

15

MGMN

600

-

G

MGMN

600

-

M

MRMN

600

-

M

2525

-

6

25 25

150

25.60

23

2525

-

6

-

T

15

25 25

150

25.60

15

3232

-

6

32 32

170

32.60

23

3232

-

6

-

T

15

32

170

32.60

15

2525

-

8

25 25

150

26.10

28

MGMN

800

-

G

MGMN

800

-

M

MRMN

800

-

M

2525

-

8

-

T

15

25 25

150

26.10

15

3232

-

8

32 32

170

33.10

28

3232

-

8

-

T

15

32

170

33.10

15

2525

-

6

A

25 25

150

25.60

23

2525

-

6

A

-

T

15

25 25

150

25.60

15

MRGN

600

-

A

3232

-

6

A

32

170

32.60

23

For

more

information

,

please

visit

www

.

ttooltec

.

com

3232

-

6

A

-

T

15

32 32

170

32.60

15

2525

-

8

A

25 25

150

26.10

28

2525

-

8

A

-

T

15

25 25

150

26.10

15

MRGN

800

-

A

3232

-

8

A

32 32

170

33.10

28

3232

-

8

A

-

T

15

32 32

170

33.10

15

Machining

Tools

for

Molding

Groove

Machining

Tools

for

Molding

Groove

MGIVR

/

L

Facing

For

Face

Grooving

machining

Min

,

machining

Dia

.

Cutting

Speed

(

Vc

=

m

/

min

)

Feed

(

fn

=

mm

/

rev

)

Workpiece

TPP

320

TPM

930

TPK

01

3

4

s

T

-

MAX

t

SMDDC

0.05

-

0.10

0.05

-

0.15

SCM

50

-

130

0.05

-

0.10

0.05

-

0.15

GC

/

GCD

0.05

-

0.10

0.05

-

0.15

STS

60

-

150

0.05

-

0.10

0.05

-

0.15

Spare

Parts

non

-

ferrous

200

-

800

0.05

-

015

0.08

-

0.15

Applicable

Inserts

Screw

Wrench

Designation

L

I

H

S

T

-

Max

cpDmin

cpd

MGIVR

/

L

2016

-

1.5

20

16

125

35

15

11.3

3.5

M

4

x

1

ON

L

3.0

MGMN

150

-

G

MGGN

150

-

TU

2520

-

1.5

25

20

150

45

18

13.1

3.5

M

4

x

12

N

L

3.0

2925

-

1.5

29

25

200

45

23

16.2

3.5

2016

-

2

20

16

125

35

15

12.4

4.5

M

4

x

1

ON

L

3.0

MGMN

200

-

G

MGMN

200

-

M

MGGN

200

-

TU

MRMN

200

-

M

2520

-

2

25

20

150

45

18

14.0

4.5

Grooving

&

Turning

M

4

x

12

N

L

3.0

2925

-

2

29

25

200

45

23

17.2

4.5

2016

-

2.5

20

16

125

35

15

12.5

4.5

M

4

x

1

ON

L

3.0

MGMN

250

-

G

MGMN

250

-

M

MGGN

250

-

TU

2520

-

2.5

25

20

150

45

18

15.1

4.5

M

4

x

12

N

L

3.0

Cutting

Speed

(

Vc

=

m

/

min

)

Feed

(

fn

=

mm

/

rev

)

2925

-

2.5

29

25

200

45

23

18.2

4.5

Workpiece

2520

-

3

25

20

150

18

15.6

M

4

x

12

N

L

3.0

45

5

MGMN

300

-

G

MGMN

300

-

M

MGMN

300

-

TU

MRMN

300

-

M

TPP

320

TPM

930

TPK

01

0.5

-

1.0

-

2.0

-

3.0

-

4.0 4.0

-

5.0

6.0

-

8.0

3125

-

3

31

25

200

45

23

18.9

6

M

5

x

16

N

L

4.0

3732

-

3

37

32

250

65

30

21.5

6

M

5

x

20

N

L

4.0

sMnnc

80

-

180

0.03

-

0.08

0.04

-

0.09

0.05

-

0.10

0.05

-

0.12

0.05

-

0.15 0.05

-

0.20

2520

-

4

25

20

150

45

18

15.6

6

M

4

x

12

N

L

3.0

MGMN

400

-

G

MGMN

400

-

M

MGMN

400

-

TU

MRMN

400

-

M

SCM

80

-

160

0.03

-

0.07

0.04

-

0.08

0.05

-

0.08

0.05

-

0.10

0.05

-

0.12

0.05

-

0.15

3125

-

4

31

25

200

45

23

18.9

6

M

5

x

16

N

L

4.0

GC

/

GCD

60

-

130

80

-

120

0.03

-

0.07

0.04

-

0.08

0.05

-

0.08

0.05

-

0.10

0.05

-

0.10

0.05

-

0.12

3732

-

4

37

32

250

65

30

21.5

6

M

5

x

20

N

L

4.0

MGMN

500

-

G

MGMN

500

-

M

MGMN

500

-

TU

MRMN

500

-

M

3125

-

5

31

25

200

23

19.4

M

5

x

16

N

L

4.0

45

8

STS

60

-

100

0.03

-

0.08

0.04

-

0.09

0.05

-

0.10

0.05

-

0.12

0.05

-

0.12

0.05

-

0.15

169

170

3732

-

5

37

32

250

65

30

21.5

M

5

x

20

N

L

4.0

8

non

-

ferrous

150

-

400

0.05

-

0.12

0.05

-

0.15 0.05

-

0.15

0.08

-

0.15

0.08

-

0.15

0.10

-

0.20

MGMN

600

-

G

MGMN

600

-

M

MRMN

600

-

M

3125

-

6

31

25

200

45

23

19.4

8

M

5

x

16

N

L

4.0

3732

-

6

37

32

250

65

30

21.5

8

M

5

x

20

N

L

4.0

MGMN

800

-

G

MGMN

800

-

M

MRMN

800

-

M

3732

-

8

37

32

250

65

30

23.4

10

M

5

x

20

N

L

4.0

4540

-

8

45

40

300

70

37

27.2

10

3125

-

6

A

31

25

200

45

23

19.4

6

M

5

x

16

N

L

4.0

MRGN

600

-

A

3732

-

6

A

37

32

250

21.5

M

5

x

20

N

65

30

6

L

4.0

3732

-

8

A

37

32

250

65

30

23.4

10

MRGN

800

-

A

M

5

x

20

N

L

4.0

4540

-

8

A

45

40

300

70

37

27.2

10

Recommended

Cutting

Conditions

v

Parting

off

Cutting

Speed

(

Vc

=

m

/

min

)

Feed

(

fn

=

mm

/

rev

)

Workpiece

TPP

320

TPM

930

TPK

01

2

3

4

5

6

METOMET

SMDDC

80

-

180

0.02

-

0.15

0.03

-

0.2

0.08

-

0.30

0.10

-

0.40

0.12

-

0.50

SCM

70

-

150

0.02

-

0.15

0.03

-

0.2

0.08

-

0.30

0.10

-

0.40

0.12

-

0.50

GC

/

GCD

50

-

100

0.05

-

0.12

0.10

-

0.25

0.10

-

0.30

0.10

-

0.35

0.10

-

0.40

STS

60

-

140

0.02

-

0.10

0.03

-

0.15

0.08

-

0.25

0.10

-

0.35

0.12

-

0.40

non

-

ferrous

200

-

450

0.05

-

0.10

0.05

-

0.20

0.05

-

0.25

0.05

-

0.30

0.05

-

0.35

R R R

R

HI

F

XN

Type

for

Top

Clamping

F

XN

Type

for

Top

Clamping

HI

XN

Type

Insert

for

Grooving

w

*

Designation

RR

T

Picture

Shape

A

7

V

XNG

2

M

050

R

/

L

0.50

0.09

0.64

Insert

Machining

Type

Additional

Insert

Groove

Insert

hand

Groove

depth

Definition

of

insert

Carbide

grades

information

indentification

width

2

M

080

R

/

L

0.80

0.09

1.27

name

size

2

M

100

R

/

L

1.00

0.09

1.27

2

M

120

R

/

L

1.20

0.09

1.27

Insert

Name

Additional

Information

Machining

Type

ETC

!

E

B

2

M

140

R

/

L

1.40

0.09

1.27

2

M

150

R

/

L

1.50

0.19

2.79

2

M

170

R

/

L

1.70

0.19

2.79

G

:

Grooving

F

:

Face

grooving

R

:

Insert

with

full

radius

C

:

Grooving

&

Chamfering

U

:

Undercutting

(

orrelieving

)

V

:

Poly

-

Vee

Grooving

2

M

175

R

/

L

1.75

0.19

2.79

D

:

Deep

groove

C

:

Circlip

groove

P

:

Positive

Rake

Angle

XN

:

Top

clamping

seriers

2

M

195

R

/

L

1.95

0.19

2.79

2

M

200

R

/

L

2.00

0.19

2.79

2

M

220

R

/

L

2.20

0.19

2.79

2

M

225

R

/

L

2.25

0.19

2.79

Insert

Size Size

Indentification

Groove

Width

(

inch

)

2

M

250

R

/

L

2.50

0.19

2.79

nan

2

M

275

R

/

L

2.75

0.19

2.79

2

M

300

R

/

L

3.00

0.19

2.79

2

M

325

R

/

L

3.25

0.19

2.79

3

*

T

Position

pertains

to

groove

for

F

-

,

G

-

and

U

-

style

inserts

;

radii

for

R

-

style

grooving

insert

;

and

circlip

size

for

groove

and

chamfer

inserts

;

Dimension

in

0.01

mm

Example

:

1.5

mm

width

groove

or

radius

equals

150

catalgoue

position

number

Width

tolerance

:

±

0.025

mm

unless

otherwise

specified

.

3

M

100

R

/

L

1.00

0.19

1.91

55

-

/

V

3

M

120

R

/

L

1.20

0.19

1.91

\

wi

'

ssX

;

3

M

150

R

/

L

2.39

1.50

0.19

SXM

7

\

M

:

Metric

Insert

groove

width

C

:

Circlip

groove

insert

width

is

nominal

circlip

size

3

M

175

R

/

L

1.75

0.19

2.39

T

S

(

mm

)

W

1

(

mm

)

Inset

Size

3

M

200

R

/

L

2.00

0.19

2.39

2

5.56

3.81

3

M

220

R

/

L

2.20

0.19

2.39

\

Vn

171

172

W

3

8.74

4.95

-

3

M

225

R

/

L

2.25

0.19

2.39

RR

3

D

11.51

4

6.48

3

M

250

R

/

L

2.50

0.19

3.81

5

17.48

9.65

3

M

275

R

/

L

2.75

0.19

3.81

3

M

300

R

/

L

3.00

0.19

3.81

3

M

320

R

/

L

3.20

0.19

3.81

Insert

Hand

Goove

Depth

Definition

of

Inserts

3

M

325

R

/

L

3.25

0.19

3.81

3

M

350

R

/

L

3.50

0.32

3.81

3

M

400

R

/

L

4.00

0.32

3.81

3

M

425

R

/

L

4.25

0.32

3.81

Groove

size

"

J

"

or

"

L

"

for

Poly

-

Vee

inserts

"

I

"

indecates

internal

face

grooving

insert

3

M

450

R

/

L

4.50

0.32

3.81

Shown

for

groove

and

chamfer

inserts

in

0.01

mm

increments

R

:

right

hand

L

:

left

hand

4

M

300

R

/

L

3.00

0.19

3.81

4

M

320

R

/

L

3.20

0.19

3.81

4

M

350

R

/

L

3.50

0.57

6.35

4

M

400

R

/

L

4.00

0.57

6.35

Carbide

Grades

4

M

450

R

/

L

4.50

0.57

6.35

4

M

500

R

/

L

5.00

0.57

6.35

4

M

550

R

/

L

5.50

0.57

6.35

4

M

600

R

/

L

6.00

0.57

6.35

5

M

500

R

/

L

5.00

0.32

9.52

TTIP

30

TTIM

45

5

M

600

R

/

L

6.00

0.32

9.52

$

6

The

dimension

can

be

customized

according

to

specifications

customers

give

.

XN Type Insert for Grooving

Designation

W

RR

T

Picture

Shape

XNGD

2M150R/L

1.50

0.19

4.06

2M200R/L

2.00

0.19

5.08

2M250R/L

2.50

0.19

5.08

3M200R/L

2.00

0.19

4.06

3M250R/L

2.50

0.19

6.35

3M300R/L

3.00

0.19

6.35

3M350R/L

3.50

0.32

6.35

3M400R/L

4.00

0.32

6.35

4M400R/L

4.00

0.57

9.53

4M450R/L

4.50

0.57

12.70

4M500R/L

5.00

0.57

12.70

4M550R/L

5.50

0.57

12.70

Only one corner

※

※The dimension can be customized according to specifications customers give.

HI

F

XN

Type

for

Top

Clamping

F

XN

Type

for

Top

Clamping

HI

XN

Type

Insert

for

Grooving

With

Positive

Rake

Angle

*

Designation

W

RR

T

Picture

Shape

XNGP

2

M

050

R

/

L

0.50

0.09

0.64

2

M

080

R

/

L

0.80

0.09

1.27

2

M

100

R

/

L

1.00

0.09

1.27

667

\

2

M

120

R

/

L

1.20

0.09

1.27

2

M

140

R

/

L

1.40

0.09

1.27

2

M

150

R

/

L

1.50

0.19

2.79

2

M

170

R

/

L

1.70

0.19

2.79

2

M

175

R

/

L

1.75

0.19

2.79

VA

w

2

M

195

R

/

L

1.95

0.19

2.79

RR

2

M

200

R

/

L

2.00

0.19

2.79

2

M

220

R

/

L

2.20

0.19

2.79

2

M

225

R

/

L

2.25

0.19

2.79

2

M

250

R

/

L

2.50

0.19

2.79

2

M

275

R

/

L

2.75

0.19

2.79

2

M

300

R

/

L

3.00

0.19

2.79

2

M

325

R

/

L

3.25

0.19

2.79

3

M

100

R

/

L

1.00

0.19

1.91

bbA

3

M

120

R

/

L

1.20

0.19

1.91

o

3

M

150

R

/

L

1.50

0.19

2.39

173

174

)

5

‘

3

M

175

R

/

L

1.75

0.19

2.39

T

3

M

200

R

/

L

2.00

0.19

2.39

wf

±

L

RRjjlr

Wl

3

M

220

R

/

L

2.20

0.19

2.39

3

M

225

R

/

L

2.25

0.19

2.39

XN

Type

Insert

with

Full

Radius

3

M

250

R

/

L

2.50

0.19

3.81

3

M

275

R

/

L

2.75

0.19

3.81

3

M

300

R

/

L

3.00

0.19

3.81

Designation

W

RR

T

Picture

Shape

3

M

320

R

/

L

3.20

0.19

3.81

3

M

325

R

/

L

3.25

0.19

3.81

XNR

2

M

050

R

/

L

1.00

0.50

1.27

3

M

350

R

/

L

3.50

0.32

3.81

2

M

075

R

/

L

1.50

0.75

2.79

3

M

400

R

/

L

4.00

0.32

3.81

2

M

100

R

/

L

2.00

1.00

2.79

3

M

425

R

/

L

4.25

0.32

3.81

2

M

125

R

/

L

2.50

1.25

2.79

3

M

450

R

/

L

4.50

0.32

3.81

2

M

150

R

/

L

3.00

1.50

2.79

bbr

\

4

M

300

R

/

L

3.00

0.19

3.81

2

M

175

R

/

L

3.50

1.75

2.79

\

L

3

4

M

320

R

/

L

3.20

0.19

3.81

3

M

100

R

/

L

2.00

1.00

2.39

4

M

350

R

/

L

3

M

125

R

/

L

3.50

0.57

6.35

2.50

1.25

3.81

T

3

*

4

M

400

R

/

L

3

M

150

R

/

L

4.00

0.57

6.35

3.00

1.50

3.81

w

-

H

\

ba

4

M

450

R

/

L

4.50

0.57

6.35

3

M

175

R

/

L

3.50

1.75

3.81

IRC

4

M

500

R

/

L

5.00

0.57

6.35

3

M

200

R

/

L

4.00

2.00

3.81

4

M

550

R

/

L

5.50

0.57

6.35

3

M

225

R

/

L

4.50

2.25

3.81

4

M

600

R

/

L

6.00

0.57

6.35

4

M

200

R

/

L

4.00

2.00

6.35

5

M

500

R

/

L

5.00

0.32

9.52

4

M

225

R

/

L

4.50

2.25

6.35

5

M

600

R

/

L

6.00

0.32

9.52

4

M

250

R

/

L

5.00

2.50

6.35

The

dimension

can

be

customized

according

to

specifications

customers

give

.

S

&

The

dimension

can

be

customized

according

to

specifications

customers

give

.

HI

F

XN

Type

for

Top

Clamping

F

XN

Type

for

Top

Clamping

HI

XN

Type

Insert

with

Full

Radius

&

Positive

Rake

Angle

XN

Type

Insert

for

Grooving

circlip

width

w

*

Designation

RC

T

Picture

Shape

Designation

W

RR

T

Picture

Shape

XNRP

2

M

050

R

/

L

1.00

0.50

1.27

XNGC

2

C

110

R

/

L

035

1.10

1.19

0.08

0.35

557

\

2

M

075

R

/

L

1.50

0.75

2.79

2

C

110

R

/

L

040

1.10

1.19

0.08

0.40

2

M

100

R

/

L

2.00

1.00

2.79

2

C

130

R

/

L

055

1.30

1.39

0.08

0.55

2

M

125

R

/

L

2.50

1.25

2.79

2

C

160

R

/

L

070

1.60

1.69

0.08

0.70

55

-

A

2

M

150

R

/

L

3.00

1.50

2.79

2

C

160

R

/

L

100

1.60

1.69

0.08

1.00

T

2

M

175

R

/

L

3.50

1.75

2.79

2

C

185

R

/

L

100

1.85

1.94

0.08

1.00

w

3

M

100

R

/

L

1.00

2.39

2

C

185

R

/

L

125

1.85

1.94

0.08

1.25

2.00

3

M

125

R

/

L

2

C

215

R

/

L

150

2.50

1.25

3.81

2.15

2.24

0.08

1.50

*

RR

SSb

3

M

150

R

/

L

2

C

265

R

/

L

150

3.00

1.50

3.81

2.65

2.74

0.08

1.50

w

RCJT

^

2

C

265

R

/

L

175

3

M

175

R

/

L

3.50

1.75

3.81

2.65

2.74

0.08

1.75

3

M

200

R

/

L

4.00

2.00

3.81

3

M

225

R

/

L

4.50

2.25

3.81

4

M

200

R

/

L

4.00

2.00

6.35

4

M

225

R

/

L

4.50

2.25

6.35

4

M

250

R

/

L

5.00

2.50

6.35

8

$

The

dimension

can

be

customized

according

to

specifications

customers

give

.

XN

Type

Insert

for

Under

Cutting

(

or

Relieving

)

XN

Type

Insert

with

Full

Radius

for

Deep

Grooving

Designation

W

RC

T

Picture

Shape

XNU

3094

R

/

L

2.39

0.51

3.18

55

A

w

*

RC

Shape

Designation

T

Picture

3125

R

/

L

3.18

1.19

4.78

175

176

3156

R

/

L

3.96

1.19

4.78

XNRD

2

M

075

R

/

L

1.50

0.75

4.06

T

2

M

100

R

/

L

2.00

1.00

5.08

W

RC

A

2

M

125

R

/

L

1.25

5.08

2.50

(

XZ

90

°

3

M

100

R

/

L

2.00

1.00

4.06

3

M

125

R

/

L

2.50

1.25

6.35

T

3

M

150

R

/

L

3.00

1.50

6.35

3

M

175

R

/

L

3.50

1.75

6.35

w

RC

i

/

\

y

3

M

200

R

/

L

4.00

2.00

6.35

4

M

200

R

/

L

4.00

2.00

9.53

4

M

225

R

/

L

4.50

2.25

12.70

4

M

250

R

/

L

5.00

2.50

12.70

Only

one

cornerx

•

>

£

The

dimension

can

be

customized

according

to

specifications

customers

give

.

XN

Type

Insert

with

Full

Radius

for

Deep

Grooving

XN

Type

Insert

for

Poly

-

Vee

Groove

Designation

W

RR

T

Picture

Shape

Designation

E

RC

T

Picture

Shape

XNF

3

M

200

R

/

L

2.00

0.19

1.78

XNV

3

R

/

LJ

3.18

0.32

2.21

“

"

A

55

A

3

M

300

R

/

L

3.00

0.19

3.81

4

R

/

LL

3.00

0.32

5.11

T

X

Vr

=

i

wf

RR

A

3

°

HI

F

XN

Type

for

Top

Clamping

F

XN

Type

for

Top

Clamping

HI

XN

Type

Grooving

for

Internal

,

External

,

and

Face

Grooving

Applications

minimum

(

mm

)

maximum

(

mm

)

system

capabilities

width

0.79

9.53

O

.

D

.

/

I

.

D

.

grooving

1.27

9.53

depth

width

3.18

9.53

face

grooving

depth

3.81

6.35

internal

grooving

diameter

11.20

standard

23.90

face

grooving

diameter

deep

47.60

width

1.57

6.35

deep

O

.

D

.

/

I

.

D

.

grooving

depth

3.18

12.70

width

3.18

6.35

deep

face

grooving

depth

6.35

12.70

Recommended

Cutting

Conditions

Cutting

Speed

(

Vc

=

m

/

min

)

Feed

(

fn

=

mm

/

rev

)

Workpiece

TTIP

30

TTIM

45

XNG

XNGP

SMDDC

80

-

180 100

-

230

0.10

-

0.30

0.10

-

0.30

SCM

70

-

150

80

-

200

0.10

-

0.30

0.10

-

0.30

177

GC

/

GCD

60

-

300

80

-

230

0.01

-

0.30

0.01

-

0.30

STS

50

-

120

60

-

140

0.10

-

0.23

0.10

-

0.23

non

-

ferrous

60

-

300

150

-

910

0.01

-

0.30

0.01

-

0.30

AUTO

TOOLING

CONTENTS

Technical

Information

for

Auto

Tools

Small

Diameter

Cut

-

off

of

Single

-

hole

BackTurning

of

Single

-

hole

Threading

of

Single

-

hole

180

Technical

Information

for

Double

-

hole

Type

Parting

off

of

Double

-

hole

Frong

Turning

of

Double

-

hole

Back

Turning

of

Double

-

hole

Grooving

&

Turning

of

Double

-

hole

Full

Radius

of

Double

-

hole

Threading

of

Double

-

hole

The

Holderfor

Double

-

hole

Technical

Information

for

Auto

Tools

Small

Diameter

Cut

-

off

of

Single

-

hole

Excelletn

for

precision

machining

Cut

-

off

Insert

code

system

FrontTurning

/

BackTurning

/

Threading

/

Parting

off

/

Grooving

&

Turning

/

Face

Grooving

Mi

•

Excellent

for

precision

machining

i

7

8

£

a

TA

\

•

Excellent

for

complicated

machining

Insert

name

Machining

Insert

Type

Insert

hand

Groove

width

Chipbreaker

name

Lead

angle

Lead

angle

hand

Carbide

grades

size

•

Excellent

for

small

part

machining

i

.

Insert

Name

Machining

Type

Insert

Size

•

Available

for

various

types

of

machining

tH

n

1

•

Whole

inserts

can

be

clamped

on

only

one

holders

£

.

J

11

:

11

stands

for

the

inscribed

circle

diameter

=

8.0

mm

12

:

12

stands

for

the

inscribed

circle

diameter

=

8.7

mm

15

:

15

stands

for

the

inscribed

circle

diameter

=

9.4

mm

16

:

16

stands

for

the

inscribed

circle

diameter

=

9.5

mm

C

:

Parting

off

/

Cut

-

off

line

B

:

BackTurning

T

:

Threading

•

ISO

whole

holders

offset

"

0

"

v

TKF

Type

of

insert

CTPType

of

insert

j

Insert

Hand

Groove

Width

Chipbreaker

Name

0

Egg

Type

S

:

S

type

T

:

T

type

NB

:

no

chipbreaker

R

:

right

hand

L

:

left

hand

050

:

0.5

mm

150

:

1

,

5

mm

100

:

1.0

mm

200

:

2.0

mm

Sigle

-

hole

Type

181

182

Lead

Angle

Hand

Carbide

Grades

Lead

Angle

Back

-

turning

Threading

Parting

off

nan

0

^

0

4

0

L

:

left

hand

R

:

right

hand

Fig

.

1

none

:

no

lead

angle

16

D

:

lead

angle

is

16

°

20

D

:

lead

angel

is

20

°

Double

-

hole

Type

Insert

Hand

:

Right

Lead

Angle

Hand

:

Right

Insert

Hand

:

Left

Lead

Angle

Hand

:

Right

TTIP

30

TTIM

45

Wi

N

<

r

Front

-

turning

Back

-

turning

Grooving

&

Turning

Parting

off

L

Toolholder

Hand

:

R

Toolholder

Hand

:

L

Recommended

Cutting

Conditions

Turning

Grooving

Parting

off

Back

-

turning

Workpiece

Remark

Feed

(

mm

/

rev

)

Vc

Feed

(

mm

/

rev

)

Vc

Feed

(

mm

/

rev

)

Vc

Feed

(

mm

/

rev

)

Vc

(

m

/

min

)

(

m

/

min

)

(

m

/

min

) (

m

/

min

)

Carbon

Steel

/

Ally

Steel

60

-

130

0.01

-

0.25

60

-

130

0.02

-

0.08

60

-

130

0.01

-

0.08

60

-

130

0.01

-

0.25

Stainless

Steel

50

-

120

0.02

-

0.20

30

-

120

0.02

-

0.05

30

-

120

0.02

-

0.05

30

-

120

0.02

-

0.20

Wet

Cast

Iron

(

FC

/

FCD

etc

)

50

-

100

0.02

-

0.25

50

-

100

0.02

-

0.08

50

-

100

0.01

-

0.08

50

-

100

0.01

-

0.25

Non

-

ferrous

metal

70

-

200

0.03

-

0.25

70

-

200

0.03

-

0.10

70

-

200

0.03

-

0.10

70

-

200

0.03

-

0.30

KTKF

R

/L1616M-12

KTKF

R

/L1616M-16

only for above shape

KTKF

R

/L1010K-12

KTKF

R

/L1010K-16

only for right shape

2˚

1˚

L2

2

h

L1

H1

qDmax

F1

B

1˚ F1

10

T T

•Right-hand Shown R-hand Insert for R-hand Toolholder.

Technical

Information

for

Auto

Tools

Small

Diameter

Cut

-

off

of

Single

-

hole

Inserts

for

Small

Diameter

Cut

-

off

Designation

CW

±

0.03

CUTDIA

RE

T

±

0.02

H

±

0.02

CDX

PSIRR

Shape

cpd

15

°

CTPC

11

R

/

L

050

-

S

-

16

DR

0.50

5

0.03

2.5

8.0

5

2.8

Designation

CW

±

0.03

CUTDIA

RE

T

±

0.02

H

±

0.02

CDX

PSIRR

Shape

11

R

/

L

070

-

S

-

16

DR

0.70

8

0.05

2.5

8.0

5

4.5

16

°

cpd

cw

REL

RER

^

CUTDIA

(

11

R

/

L

100

-

S

-

16

DR

1.00

12

0.05

2.5

8.0

5

6.7

16

°

PSIRR

TKFC

12

R

/

L

050

-

S

0.50

5

0.03

3.0

8.7

5

2.8

CDX

CW

11

R

/

L

150

-

S

-

16

DR

1.50

12

0.05

2.5

8.0

5

6.7

16

°

RER

"

*

12

R

/

L

070

-

S

*

"

REL

0.70

8

0.03

3.0

8.7

5

4.3

[

3

?

CUTDIA

'

0

11

R

/

L

200

-

S

-

16

DR

2.00

12

0.05

2.5

8.0

5

6.7

16

°

*

12

R

/

L

100

-

S

1.00

12

0.03

3.0

8.7

5

6.3

V

CDX

15

R

/

L

070

-

S

-

16

DR

0.7

8

0.05

3.5

9.4

4.5

16

°

5

12

R

/

L

125

-

S

1.25

12

0.03

3.0

8.7

5

6.3

B

V

15

R

/

L

100

-

S

-

16

DR

12

0.05

3.5

9.4

6.7

16

°

1.00

5

T

H

12

R

/

L

150

-

S

1.50

12

0.03

3.0

8.7

5

6.3

7

15

R

/

L

150

-

S

-

16

DR

1.50

16

0.05

3.5

9.4

9.2

16

°

5

12

R

/

L

200

-

S

2.00

12

0.03

3.0

8.7

5

6.3

15

R

/

L

200

-

S

-

16

DR

16

0.05

3.5

9.4

9.2

16

°

2.00

5

T

16

R

/

L

150

-

S

1.50

16

0.03

4.0

9.5

5

8.5

H

CTPC

11

R

/

L

050

-

NB

0.50

5

0.03

2.5

8.0

5

2.8

16

R

/

L

200

-

S

2.00

16

0.03

4.0

9.5

8.5

5

11

R

/

L

100

-

NB

1.00

12

0.05

2.5

8.0

5

6.7

CW

TKFC

12

R

/

L

050

-

S

-

16

DR

0.50

0.03

8.7

2.8

16

°

5

3.0

5

;

REL

RER

CUTDIA

^

11

R

/

L

150

-

NB

1.50

12

0.05

2.5

8.0

5

6.7

*

\

12

R

/

L

070

-

S

-

16

DR

0.70

8

0.03

8.7

4.3

16

°

3.0

5

T

cw

REL

\

U

^

CDX

11

R

/

L

200

-

NB

2.00

12

0.05

2.5

8.0

5

6.7

APMX

CUTDIA

i

12

R

/

L

100

-

S

-

16

DR

12

0.03

6.3

16

°

PSIRR

1.00

3.0

8.7

5

B

15

R

/

L

070

-

NB

0.70

8

0.05

3.5

9.4

5

4.5

CDX

12

R

/

L

125

-

S

-

16

DR

16

°

1.25

12

0.03

3.0

8.7

5

6.3

o

SEE

15

R

/

L

100

-

NB

1.00

12

0.05

3.5

9.4

5

6.7

12

R

/

L

150

-

S

-

16

DR

16

°

1.50

12

0.03

3.0

8.7

5

6.3

l

?

15

R

/

L

150

-

NB

1.50

16

0.05

3.5

9.4

5

9.2

T

12

R

/

L

200

-

S

-

16

DR

2.00

12

0.03

3.0

8.7

5

6.3

16

°

H

15

R

/

L

200

-

NB

2.00

16

0.05

3.5

9.4

5

9.2

T

H

16

R

/

L

150

-

S

-

16

DR

1.50

16

0.03

4.0

9.5

5

8.5

16

°

15

R

/

L

300

-

NB

16

0.05

3.5

9.4

9.2

3.00

5

16

R

/

L

200

-

S

-

16

DR

2.00

16

0.03

4.0

9.5

5

8.5

16

°

TKFC

12

R

/

L

100

-

T

1.00

12

0.08

3.0

8.7

5

6.3

CW

:

RER

"

*

REL

Descriptions

of

Chipbreaker

Edge

Shape

CUTDIA

'

j

12

R

/

L

150

-

T

1.50

12

0.08

3.0

8.7

5

6.3

‘

CDX

12

R

/

L

200

-

T

2.00

12

0.08

3.0

8.7

5

6.3

B

16

R

/

L

150

-

T

1.50

12

0.08

4.0

9.5

6.3

5

S

-

chipbreaker

T

-

chipbreaker

NB

chipbreaker

Chipbreaker

/

16

R

/

L

200

-

T

2.00

12

0.08

4.0

9.5

6.3

5

T

Edge

Shape

Description

Description Description

a a a

183

184

H

TKFC

12

R

/

L

100

-

T

-

16

DR

16

°

1.00

12

0.08

3.0

8.7

5

6.3

15

°

TKFC

12

xx

-

S

cw

.

REL

RER

~

v

*

y

—

\

*

4

PSIRR

CUTDIA

\

12

R

/

L

150

-

T

-

16

DR

1.50

12

0.08

3.0

8.7

5

6.3

16

°

CDX

12

R

/

L

200

-

T

-

16

DR

2.00

12

0.08

3.0

8.7

5

6.3

16

°

r

o

TKFC

16

XX

-

S

CTPC

15

xx

-

S

-

16

DR

TKFC

16

xx

-

S

-

16

DR

16

R

/

L

150

-

T

-

20

DR

1.50

12

0.08

4.0

9.5

5

6.3

20

°

20

°

7

16

R

/

L

200

-

T

-

20

DR

2.00

12

0.08

4.0

9.5

5

6.3

20

°

TKFCxx

-

T

TKFCxx

-

T

-

16

DR

0

°

TKFCxx

-

NB

TKFCxx

-

NB

-

20

DR

12

°

T

H

TKFC

12

R

/

L

050

-

NB

0.50

0

3.0

8.7

2.8

5

CTPC

11

xx

-

S

-

16

DR

TKFC

12

xx

-

S

-

12

DR

cw

25

°

REL

RER

CUTDIA

j

12

R

/

L

070

-

NB

0.70

8

0

8.7

4.3

3.0

5

*

\

*

CDX

12

R

/

L

100

-

NB

1.00

12

0

8.7

6.3

3.0

5

APMX

0

B

12

R

/

L

150

-

NB

1.50

12

6.3

0

3.0

8.7

5

[

7

12

R

/

L

200

-

NB

KTKF

-

type

2.00

12

0

3.0

8.7

5

6.3

16

R

/

L

150

-

NB

1.5

16

0

4.0

9.5

5

8.2

T

H

16

R

/

L

200

-

NB

2.00

16

0

4.0

9.5

5

8.2

TKFC

12

R

/

L

050

-

NB

-

20

DR

0.50

5

0

3.0

8.7

5

2.8

20

°

cw

REL

RER

Z

CUTDIA

\

12

R

/

L

070

-

NB

-

20

DR

0.70

8

0

3.0

8.7

5

4.3

20

°

PSIRR

J

>

CDX

12

R

/

L

100

-

NB

-

20

DR

1.00

12

0

3.0

8.7

5

6.3

20

°

0

O

12

R

/

L

150

-

NB

-

20

DR

1.50

12

0

3.0

8.7

5

6.3

20

°

?

12

R

/

L

200

-

NB

-

20

DR

2.00

12

0

3.0

8.7

5

6.3

20

°

T

H

16

R

/

L

150

-

NB

-

20

DR

1.50

16

0

4.0

9.5

8.2

20

°

5

16

R

/

L

200

-

NB

-

20

DR

2.00

16

0

4.0

9.5

8.2

20

°

5

Technical

Information

for

Auto

Tools

Small

Diameter

Cut

-

off

of

Single

-

hole

Holders

for

Small

Diameter

Cut

-

off

Inserts

for

Micro

Diameter

Cut

-

off

at

Sub

Spindle

Spart

Parts

Designation

CW

±

0.03

CUTDIA

RE

T

±

0.02

H

±

0.02

CDX

Shape

cpd

Applicable

Inserts

T

*

cpD

max

"

Designation

H

1

=

h

B

L

1

L

2

F

1

SCREW

WRENCH

cw

TKFCS

12

R

/

L

100

-

S

1.00

6

0.05

2.2

8.7

4.4

3.3

RER

"

“

REL

CUTDIA

j

12

R

/

L

150

-

S

1.50

9

0.05

2.2

8.7

4.4

4.8

‘

KTKFR

/

L

0810

-

K

11

8

10

125

15.0

8

5.5

5

-

12

M

4.0

x

10.0

T

-

15

CTPC

11

R

/

L

12

R

/

L

200

-

S

2.00

12

0.05

2.2

8.7

4.4

6.3

CDX

0

1010

-

K

11

10 10

125

15.0

10

5.5

5

-

12

M

4.0

x

10.0

T

-

15

CTPC

11

R

/

L

16

R

/

L

150

-

S

1.50

14

0.05

2.2

9.5

4.4

7.3

»

,

fl

J

1212

-

K

11

12

125

15.0

12

5.5

5

-

12

M

4.0

x

12.0

T

-

15

CTPC

11

R

/

L

16

R

/

L

200

-

S

2.00

16

0.05

2.2

9.5

4.4

8.5

1616

-

K

11

16 16

125

15.0

16

5.5

5

-

12

M

4.0

x

12.0

T

-

15

CTPC

11

R

/

L

T

1010

-

K

12

10 10

125

15.0

10

6.0

5

-

12

M

4.5

x

9.0

T

-

15

TKFC

12

R

/

L

H

1212

-

F

12 12

12

85

12

6.0

5

-

12

M

4.5

x

9.0

T

-

15

TKFC

12

R

/

L

1212

-

M

12

16

150

16

6.0

5

-

12

M

4.5

x

9.0

T

-

15

TKFC

12

R

/

L

As

Fig

.

1

shows

,

cutting

diameter

of

insert

(

0

D

max

)

indicates

the

cutting

diameter

when

the

top

of

cutting

edge

is

programmed

to

run

1

mm

beyond

center

Lead

angle

(

front

cutting

edge

angle

:

w

)

indicates

the

angle

when

installed

in

a

toolholder

As

Fig

.

1

shows

,

KTKFS

is

applicable

when

minimal

clearance

exists

between

the

main

spindle

and

sub

spindle

.

As

Fig

.

2

shows

,

please

use

KTKFL

when

additional

clearance

is

available

.

This

will

offer

improve

rigidity

.

Fig

.

1

1616

-

M

12

20

150

20

6.0

5

-

12

M

4.5

x

9.0

T

-

15

TKFC

12

R

/

L

2020

-

M

12

10

150

10

8.0

5

-

12

M

4.5

x

9.0

T

-

15

TKFC

16

R

/

L

Main

Spindle

Main

Spindle

/

Long

Distance

jJ

CTPC

15

R

/

L

1010

-

K

15

10

125

19.5

10

7.5

16

M

4.0

x

10.0

T

-

15

Sub

Spindle

Sub

Spindle

TO

CTPC

15

R

/

L

7

i

1212

-

K

15

12

125

19.5

12

7.5

16

M

4.0

x

12.0

T

-

15

I

o

1616

-

K

15

16

125

19.5

16

7.5

16

M

4.0

x

12.0

T

-

15

CTPC

15

R

/

L

2020

-

F

15

20 20

85

19.5

20

7.5

16

M

4.0

x

12.0

T

-

15

CTPC

15

R

/

L

1010

-

K

16

12

125

20.0

12

8.0

16

M

4.5

x

9.0

T

-

15

TKFC

16

R

/

L

1212

-

F

16 16 16

85

16

8.0

16

M

4.5

x

9.0

T

-

15

TKFC

16

R

/

L

1212

-

M

16

20 20

150

20

8.0

16

M

4.5

x

9.0

T

-

15

TKFC

16

R

/

L

KTKFS

Type

1616

-

M

16

12 12

150

12

6.0

16

M

4.5

x

9.0

T

-

15

TKFC

12

R

/

L

2020

-

M

16

12

150

12

8.0

16

M

4.5

x

9.0

T

-

15

TKFC

16

R

/

L

7

^

/

•

X

*

Dimension

T

shows

the

distance

from

the

Toolholder

to

the

cutting

edge

Cutting

diameter

of

-

12

type

toolholder

(

0

D

max

)

depends

on

the

insert

grooving

width

X

C

185

186

Q

CD

<

m

Sy

CD

F

<

cd

Q

-

CM

C

/

D

7

-

7

;

-

Q

o

zs

L

4

"

O

CO

E

T

-

30

?

L

3

C

/

D

Insert

Cutting

Diameter

Dmax

L

1

t

Right

-

hand

Shown

R

-

hand

Insert

for

R

-

hand

Toolholder

.

T

E

When

Using

Main

Spindle

Only

When

Using

Both

Main

and

Sub

Spindle

m

?

M

Workpiece

max

,

D

1

=

Dmax

.

Even

if

the

cutting

edge

runs

beyond

the

center

line

,

the

insert

does

not

contact

the

workpiece

,

since

the

workpiece

falls

off

.

(

The

clearance

between

the

insert

and

the

work

is

0.2

mm

)

Workpiece

max

,

D

2

=

Dmax

-

(

Programmed

distance

beyond

the

center

)

x

2

In

this

case

,

when

the

cutting

dege

runs

beyond

the

center

line

,

the

insert

will

contact

the

workpiece

since

the

workpiece

does

not

fall

off

.

Therefore

the

programmed

distance

beyond

the

center

must

be

considered

.

When

the

cutting

edge

is

programmed

to

run

1

mm

beyond

the

center

,

[

D

2

=

Dmax

-

1

mmx

2

]

(

Max

.

clearance

between

insert

and

workpiece

is

0.2

mm

in

radius

)

o

<

m

<

D

CD

1

55

—

CM CM

L

1

&

CL

C

/

D

oo

_

Q

^

LO

3

c

^

.

KTKFSR

/

L

1010

K

12

A

KTKFSR

/

L

1010

K

16

A

only

for

left

shape

x

-

C

I

C

/

D

L

2

CM

4

t

Left

-

hand

shown

L

-

hand

Insert

for

L

-

hand

Toolholder

.

Spart

Parts

Applicable

Inserts

L

4

*

cpD

maxx

Designation

H

1

=

h

B

L

1

L

2

L

3

F

1

T

SCREW

WRENCH

x

-

Fig

.

1

Fig

.

3

KTKFSR

/

L

TKFCS

12

R

/

L

1010

-

K

12

A

10 10

125

15

22

26

5

6

-

12

M

4.5

x

9.0

T

-

15

Main

Spindle

Main

Spindle

7

Sub

Spindle

7

1212

-

F

12

A

12 12

85

22

26

5

6

-

12

M

4.5

x

9.0

T

-

15

TKFCS

12

R

/

L

1

N

1212

-

K

12

B

12

125

26 26

5

6

-

12

M

4.5

x

9.0

T

-

15

TKFCS

12

R

/

L

CM

t

1010

-

K

16

A

10 10

125

20

22

30

5

8

14

-

16

M

4.5

x

9.0

T

-

15

TKFCS

16

R

/

L

1212

-

F

16

A

12

85

22

30

5

8

14

-

16

M

4.5

x

9.0

T

-

15

TKFCS

16

R

/

L

X

w

X

1212

-

K

16

B

12 12

125

26

30

5

8

14

-

16

M

4.5

x

9.0

T

-

15

TKFCS

16

R

/

L

Dimension

T

shows

the

distance

from

the

toolholder

to

the

cutting

edge

Cutting

diameter

(

0

D

max

)

depends

on

the

insert

grooving

width

Only

right

-

hand

is

available

for

L

4

dimension

When

the

cutting

edge

locates

at

the

workpiece

center

.

When

the

cutting

edge

exceeds

1

mm

over

the

workpiece

.

When

the

edge

is

1

mm

beyond

the

center

.

When

the

edge

is

at

the

center

.

Backing

Turning

of

Single

-

hole

Backing

Turning

of

Single

-

hole

Inserts

for

Back

Turning

BackTurning

Insert

code

system

P

Designation

APMX

B

RE

T

H

KRINS

Shape

cpd

a

12

R

/

L

15

-

005

-

M

60

°

4

°

TKFB

1.50

0.25

2.6

3.0

5.2

8.7

<

0.05

APMX

RE

60

°

4

°

12

R

/

L

28

-

005

-

M

2.80

0.30

4.6

3.0

5.2

8.7

<

0.05

.

7

8

T

12

R

/

L

28

-

010

-

M

2.80

0.30

4.6

3.0

5.2

8.7

60

°

4

°

<

0.10

03

W

w

KRINS

Corner

-

R

(

rE

)

Corner

R

(

re

)

Lead

angle

hand

of

cutting

edge

Carbide

grades

Insert

name

Machining

Type

Insert

size

Insert

hand

Edge

width

16

R

/

L

38

-

005

-

M

3.80 0.30

6.3

4.0

5.2

9.5

60

°

4

°

<

0.05

tolerance

S

16

R

/

L

38

-

010

-

M

3.80 0.30

6.3

4.0

5.2

9.5

60

°

4

°

<

0.10

t

/

CTPB

11

R

/

L

37

-

000

-

M

3.70

0.50

5.3

0.00

2.5

5.2

8.0

60

°

4

°

T

Insert

Name

Machining

Type

Insert

size

a

11

R

/

L

37

-

010

-

M

3.70

0.50

5.3

2.5

5.2

8.0

60

°

4

°

H

<

0.10

15

R

/

L

45

-

010

-

M

4.50

0.30

5.3

2.5

5.2

9.4

60

°

4

°

<

0.10

TKFB

12

R

15

.

TKFB

12

R

/

L

28

..

TKFB

16

R

/

L

38

.

TKF

Type

of

insert

CTP

Type

of

insert

(

ffl

Steel

)

(

®

3

Steel

)

6

.

6

_

11

:

11

stands

for

the

inscribed

circle

diameter

=

8.0

mm

12

:

12

stands

for

the

inscribed

circle

diameter

=

8.7

mm

15

:

15

stands

for

the

inscribed

circle

diameter

=

9.4

mm

16

:

16

stands

for

the

inscribed

circle

diameter

=

9.5

mm

r

>

5

_

ft

«

-

f

?

4

_

£

1

!

*

g

5

•

S

-

E

IS

5

3

_

3

_

C

:

Parting

off

/

Cut

-

off

line

B

:

BackTurning

T

:

Threading

2

I

6.10

.

2

iSio

(

mm

/

rev

)

f

(

mm

/

rev

)

6.10

.

2

iSto

(

mm

/

rev

)

f

(

mm

/

rev

)

KTKF

Type

T

Corner

-

Rfre

)

Insert

Hand

Edge

Width

11

it

CQ

LL

.

LL

o

2

f

187

188

’

r

'

’

A

KTKFR

/

L

1

616

M

-

12

KTKFR

/

L

1

616

M

-

16

only

for

above

shape

t

15

:

1.5

mm

28

:

2.8

mm

37

:

3.7

mm

38

:

3.8

mm

45

:

4.5

mm

i t

-

C

-

C

X

KTKFR

/

L

1010

K

-

12

KTKFR

/

L

1010

K

-

16

only

for

right

shape

v

L

2

For

small

D

.

O

.

C

For

a

I

For

D

.

O

.

C

L

1

R

:

right

hand

L

:

left

hand

000

:

0.00

005

:

<

0.05

010

:

<

0.10

*

-

1.5

mm

3.8

mm

2.8

mr

•

Right

-

hand

Shown

R

-

hand

Insert

for

R

-

hand

Toolholder

.

n

2

5

Spart

Parts

TKFB

12

R

15

.

TKFB

12

R

28

..

TKFB

16

R

38

..

Applicable

Inserts

T

*

Designation

H

1

=

h

L

1

L

2

F

1

B

SCREW

WRENCH

KTKFR

/

L

0810

-

K

11

8

10

125

15.0

8

M

4.0

x

10.0

T

-

15

CTPB

11

R

/

L

5.5

Comer

R

(

re

)

tolerance

Lead

Angle

Hand

Carbide

Grades

1010

-

K

11

10 10

125

15.0

10

M

4.0

x

10.0

T

-

15

CTPB

11

R

/

L

5.5

O

1212

-

K

11

12

125

15.0

12

M

4.0

x

12.0

T

-

15

CTPB

11

R

/

L

5.5

1616

-

K

11

16

125

M

4.0

x

12.0

T

-

15

CTPB

11

R

/

L

16

15.0

16

5.5

TKFB

12

R

/

L

1010

-

K

12

10 10

125

15.0

10

6.0

M

4.5

x

9.0

T

-

15

Represents

minus

tolerance

for

Corner

-

R

:

right

hand

TTIP

30

TTIM

45

TKFB

12

R

/

L

1212

-

F

12

85

12

6.0

M

4.5

x

9.0

T

-

15

1212

-

M

12

16 16

150

16

6.0

M

4.5

x

9.0

T

-

15

TKFB

12

R

/

L

1616

-

M

12

20 20

150

20

6.0

M

4.5

x

9.0

T

-

15

TKFB

12

R

/

L

1010

-

K

15

10 10

125

10

7.5

M

4.0

x

10.0

T

-

15

CTPB

15

R

/

L

1212

-

K

15

10 10

125

19.5

10

7.5

M

4.0

x

12.0

T

-

15

CTPB

15

R

/

L

1616

-

K

15

12

125

19.5

12

7.5

M

4.0

x

12.0

T

-

15

CTPB

15

R

/

L

1010

-

K

16 16 16

125

19.5

16

8.0

M

4.5

x

9.0

T

-

15

TKFB

16

R

/

L

1212

-

F

16

20 20

85

20.0

20

8.0

M

4.5

x

9.0

T

-

15

TKFB

16

R

/

L

1212

-

M

16

12

150

12

8.0

M

4.5

x

9.0

T

-

15

TKFB

16

R

/

L

Dimension

T

sto

$

M

$

ifehe

distance

fromethe

toabno

der

-

to

t

le

c

&

Jtti

igedgo

.

M

4.5

X

9

.

O

T

-

15

TKFB

12

R

/

L

Threading

of

Single

-

hole

Threading

of

Single

-

hole

Inserts

for

ThreadingThreading

Insert

code

system

APMX

Applicable

thread

0

Designation

T

CW

H

RE

SI

S

2

Shape

cpd

TPI

mm

7

8

CTPT

11

R

/

L

A

60

-

000

M

UN

0.20

-

0.75

2.5 2.5

8.0

Max

0.05

Flat

60

°

5.2

0.40

2.10

w

Edge

position

Corner

-

R

(

r

£

)

Carbide

grades

Insert

name

Machining

Type

Insert

size

Insert

hand

Thread

Angle

11

R

/

L

A

60

-

005

M

UN

0.40

-

1.25

2.5 2.5

8.0

0.05

60

°

5.2

0.80

1.70

11

R

/

L

A

55

-

005

G

R

W

0.20

-

0.75

48

-

16

2.5

8.0

0.05

55

°

5.2

0.80

1.70

11

R

/

L

B

60

-

000

M

UN

0.20

-

0.75

2.5

8.0

Max

0.05

Flat

60

°

5.2

2.10

0.40

Insert

Name

Machining

Type

Insert

size

11

R

/

L

B

60

-

005

M

UN

0.40

-

1.25

2.5 2.5

8.0

0.05

60

°

5.2

1.70

0.80

—

T

RE

^

RE

11

R

/

L

B

55

-

005

G

R

W

0.20

-

0.75

48

-

16

2.5

8.0

0.05

55

°

5.2

1.70

0.80

/

1

11

R

/

L

N

60

-

010

2.5 2.5

60

°

5.2

1.25

M

UN

1.00

-

1.50

8.0

0.10

j

_

J

7

12

R

/

L

A

60

-

000

60

°

TKFT

M

UN

0.20

-

0.60

64

-

48

3.0

2.5

8.7

Max

0.05

Flat

5.2

0.40

2.10

e

-

cwl

12

R

/

L

A

60

-

005

60

°

M

UN

0.50

-

1.25

48

-

24

3.0

2.5

8.7

0.05

5.2

0.80

1.70

12

R

/

L

A

55

-

005

G

R

W

40

-

16

3.0

2.5

8.7

0.05

55

°

5.2

0.80

1.70

12

R

/

L

B

60

-

000

M

UN

0.20

-

0.60

64

-

48

3.0

2.5

8.7

Max

0.05

Flat

60

°

5.2

2.10

0.40

11

:

11

stands

for

the

inscribed

circle

diameter

=

8.0

mm

12

:

12

stands

for

the

inscribed

circle

diameter

=

8.7

mm

C

:

Parting

off

/

Cut

-

off

line

B

:

Back

Turning

T

:

Threading

TKF

Type

of

insert

CTP

Type

of

insert

12

R

/

L

B

60

-

005

M

UN

0.50

-

1.25

48

-

24

3.0

2.5

8.7

0.05

60

°

5.2

1.70

0.80

12

R

/

L

B

55

-

005

G

R

W

40

-

16

3.0

2.5

8.7

0.05

55

°

5.2

1.70

0.80

12

R

/

L

N

60

-

010

M

UN

1.00

-

1.50

24

-

18

3.0

2.5

8.7

0.10

60

°

5.2

1.25 1.25

KTKF

Type

Insert

Hand

Edge

Position

Thread

Angle

T

.

60

189

190

m

UL

u

.

o

sr

F

3

KTKFR

/

L

1616

M

-

16

only

for

above

shape

rr

AJAi

/

hand

(

R

)

insert

A

Type

B

Type

N

Type

I

L

t

\

fi

P

.

I

KTKF

/

1010

K

-

12

KFR

/

L

1010

K

-

16

inly

for

right

shape

R

:

right

hand

L

:

left

hand

TKFT

12

RA

.

TKFT

12

RB

.

TKFT

12

RN

.

55

:

55

°

60

!

60

°

L

1

Left

hand

(

L

)

insert

CM

*

A

Type

B

Type

N

Type

J

)

/

i

J

)

•

Right

-

hand

Shown

R

-

hand

Insert

for

R

-

hand

Toolholder

,

L

-

hand

Insert

for

L

-

hand

Toolholder

.

TKFT

12

LA

.

TKFT

12

LB

.

TKFT

12

LN

.

Spart

Parts

Corner

-

Rfre

)

Applicable

Inserts

Carbide

Grades

T

*

Designation

H

1

=

h

B

L

1

L

2

F

1

SCREW

WRENCH

fi

s

KTKFR

/

L

0810

-

K

11

8

10

125

15.0

8

7.0

M

4.0

x

10.0

T

-

15

CTPT

11

R

/

L

1010

-

K

11

10 10

125

15.0

10

7.0

M

4.0

x

10.0

T

-

15

CTPT

11

R

/

L

1212

-

K

11

12 12

125

15.0

12

7.0

M

4.0

x

12.0

T

-

15

CTPT

11

R

/

L

1616

-

K

11

16 16

125

15.0

16

7.0

M

4.0

x

12.0

T

-

15

CTPT

11

R

/

L

1010

-

K

12

10 10

125

15.0

10

6.0

M

4.5

x

9.0

T

-

15

TKFT

12

R

/

L

000

:

Max

0.05

Flat

005

:

0.05

010

:

0.10

TTIP

30

TTIM

45

1212

-

F

12

85

12

6.0

M

4.5

x

9.0

T

-

15

TKFT

12

R

/

L

1212

-

M

12

16 16

150

16

6.0

M

4.5

x

9.0

T

-

15

TKFT

12

R

/

L

1616

-

M

12

20 20 20

TKFT

12

R

/

L

150

6.0

M

4.5

x

9.0

T

-

15

Dimension

T

shows

the

distance

from

the

toolholder

to

the

cutting

edge

.

Threading

of

Single

-

hole

Threading

of

Single

-

hole

E

TKFT

Type

How

to

use

Goose

-

neck

holder

on

Automatic

lathe

(

guide

bush

system

)

T

Pitch

Corner

-

R

(

re

)

No

.

of

Passes

Total

ap

(

mm

)

hread

Type

Description

1

2

3

4

5

6

7

8

9

10

Goose

-

neck

holder

is

applicable

to

automatic

lathes

whose

toolholder

does

not

move

longitudinal

direction

(

Z

-

axis

direction

)

•

Conventional

Threading

Holder

mm

/

TPI

0.20

mm

0.20

0.08

0.06

0.04

0.02

4

0.25

mm

0.24

4

0.10

0.08

0.04

0.02

#

Goose

-

neck

Holder

for

Threading

0.30

mm

0.28

5

0.08

0.07 0.07

0.04

0.02

0.35

mm

0.32

5

0.10

0.09

0.07

0.04

0.02

up

to

15

mm

(

1216

type

)

up

to

19

mm

(

1620

type

)

3

\

0.40

mm

0.35

5

0.12

0.10

0.07

0.04

0.02

\

9

r

Chips

may

come

into

guide

bush

and

scratch

thread

surface

0.45

mm

0.39

5

0.16

0.10

0.07

0.04

0.02

m

CD

CTPT

11

R

/

L

A

/

B

60

-

005

Goose

-

neck

Holder

is

available

for

threading

without

returning

tread

part

into

guide

bush

,

(

thread

length

15

mm

/

19

mm

)

0.50

mm

0.05

0.33

5

0.10 0.10

0.07

0.04

0.02

2

03

CD

/

0.60

mm

0.40

6

0.10 0.10

0.08

0.06

0.04

0.02

O

7

j

3

-

03

0.70

mm

0.48

6

0.10 0.10

0.06

0.02

CL

0.75

mm

0.52

0.10 0.10 0.10

0.08

0.07

0.05

0.02

7

0.80

mm

0.56

7

0.10

0.10 0.10

0.08

0.06

0.02

0.71

0.08

0.03

0.02

1.00

mm

8

0.15 0.15

0.12

0.10

0.06

1.25

mm

0.90

9

0.20

0.18

0.13

0.10 0.10

0.07

0.05 0.05

0.02

CTPT

11

R

/

L

N

60

-

010

Precautions

for

using

Goose

-

neck

holder

1

,

50

mm

0.10

1.09

10

0.22

0.20

0.15

0.12

0.10

0.08

0.05 0.05

0.02

When

use

Goose

-

neck

Holder

®

Be

careful

of

interference

with

back

spindle

because

offset

dimension

is

large

than

the

coventional

toolholders

(

D

Be

careful

of

interference

with

sub

spindle

=

}

>

Toolholder

installation

position

is

limited

.

@

At

simultaneous

machining

(

balance

cut

and

tool

approach

for

)

,

interference

with

other

toolholder

may

occur

.

@

In

some

cases

,

such

as

specifying

toolholder

shape

on

NC

display

or

using

CAM

,

Goose

-

neck

holder

can

not

be

drawn

perfectly

ap

&

number

of

passes

191

192

TKFT

Type

Pitch

Corner

-

R

(

re

)

Total

ap

(

mm

)

No

.

of

Passes

Thread

Type

Description

1

2

3

4

6

8

9

10

11

5

7

mm

/

TPI

0.20

mm

0.15

4

0.06

0.04

0.03

0.02

0.25

mm

0.19

4

0.07

0.06

0.04

0.02

0.30

mm

0.23

4

0.08

0.07

0.06

0.02

TKFT

12

R

/

L

A

/

B

60

-

000

Max

0.05

0.35

mm

0.27

0.08

0.07

0.06

0.04

0.02

5

Flat

0.40

mm

0.30

5

0.10

0.08

0.06

0.04

0.02

0.45

mm

0.34

6

0.10

0.08

0.06

0.04 0.04

0.02

0.38

6

0.10 0.10

0.07

0.05

0.04

0.02

0.50

mm

TKFT

12

R

/

L

A

/

B

60

-

005

0.05

0.33

5

0.10 0.10

0.07

0.04

0.02

TKFT

12

R

/

L

A

/

B

60

-

000

Max

0.05 0.45

7

0.10 0.10

0.08

0.06

0.05

0.04

0.02

Flat

Metric

0.60

mm

TKFT

12

R

/

L

A

/

B

60

-

005

0.05

0.40

6

0.10 0.10

0.08

0.06

0.04

0.02

0.70

mm

0.48

6

0.10 0.10

0.10

0.06

0.02

m

CD

TKFT

12

R

/

L

A

/

B

60

-

005

0.75

mm

0.05

0.52

7

0.10 0.10

0.10

0.08

0.07

0.05

0.02

03

0.80

mm

0.56

0.10 0.10

0.10

0.08

0.06

0.02

7

13

"

3

TKFT

12

R

/

L

A

/

B

60

-

005

0.05

0.71

8

0.15 0.15

0.12

0.10

0.08

0.06

0.03

0.02

1.00

mm

TKFT

12

R

/

L

N

60

-

010

0.10

0.66

6

0.18

0.15

0.12

0.10

0.06

0.03

0.02

TKFT

12

R

/

L

A

/

B

60

-

005

0.05

0.90

9

0.20

0.18

0.13

0.10

0.07

0.05

0.02

1

,

25

mm

TKFT

12

R

/

L

N

60

-

010

0.10

0.85

8

0.20

0.18

0.13

0.10

0.07

0.05

0.02

TKFT

12

R

/

L

N

60

-

010

1

,

50

mm

0.10

1.04

10

0.20

0.18

0.14

0.12

0.10

0.08

0.05 0.05

0.02

28

TPI

0.67

7

0.18

0.15

0.12

0.10

0.06

0.04

0.02

Parallel

TKFT

12

R

/

L

A

/

B

55

-

005

0.05

Pipe

19

TPI

1.01

9

0.20

0.18

0.14

0.12

0.10

0.08

0.05

0.02

24

TPI

0.79

8

0.18

0.12

0.10

0.08

0.07

0.04

0.02

20

TPI

0.96

9

0.20 0.20

0.15

0.10

0.08

0.06

0.05

0.02

TKFT

12

R

/

L

A

/

B

55

-

005

Whitworth

0.05

18

TPI

1.07

10

0.20

0.18

0.15

0.12

0.10 0.10

0.08

0.07

0.05

0.02

16

TPI

1.21

11

0.20

0.18

0.15

0.12

0.10 0.10

0.08

0.07

0.04

0.02

Parting

off

of

Duble

-

hole

El

Technical

information

for

Double

-

hole

Type

How

to

use

Goose

-

neck

holder

on

Automatic

lathe

(

guide

bush

system

)

Groove

width

Corner

-

R

Chipbreaker

Lead

name

Carbide

grades

Insert

name

Machining

Type

Insert Insert

length

hand

Positive

rake

angleangle

1

/

V

Insert

Name

Machining

Type

Insert

Size

@

3

@

B

/

6

:

insert

length

is

32.0

mm

7

:

insert

length

is

43.0

mm

8

:

insert

length

is

54.0

mm

Double

Hole

Type

of

insert

C

:

Parting

off

/

Cut

-

off

line

Groove

Width

Corner

-

R

Insert

Hand

IRil

GEE

)

100

%

rigid

!

The

clampling

system

be

with

shifted

teeth

R

:

right

hand

L

:

left

hand

150

:

1.5

mm

200

:

2.5

mm

250

:

2.5

mm

300

:

3.0

mm

350

:

3.5

mm

193

194

000

:

0.00

003

:

0.03

Chipbreaker

Name

Lead

Angle

Positive

Rake

Angle

\

m

4

re

*

w

I

none

:

no

front

rake

angle

04

F

:

4

°

07

F

:

7

°

12

:

12

°

25

F

:

25

°

none

:

no

lead

angle

08

:

8

°

15

:

15

°

20

:

20

°

—

patented

BC

Type

NB

Type

Carbide

Grades

SUMS

TTIP

30

TTIM

45

l

T

L

IC

L R

R

r1

α

A

E

θ

X

L R

β

θX

E

α

A

R

HI

Parting

off

of

Duble

-

hole

Parting

off

of

Duble

-

hole

HI

Insert

for

Parting

off

* *

0

P

Designation

L

IC

±

0.02

T

±

0.02

I

E

±

0.02

X

A

R

r

1

b

Fig

.

a

DHC

6

R

/

L

100

-

000

NB

32.0

6.0

2.5

8.5

1.0

5.0

0

°

0.3

°

0.3

°

0.00

1

0.00

0.3

°

0.00 0.00

1

6

R

/

L

150

-

000

NB

32.0

6.0

2.5

8.5

1.5

7.0

0

°

0.3

°

0.5

°

0.00 0.00

1

6

R

/

L

100

-

000

NB

15

32.0

6.0

2.5

8.5

1.0

5.0

15

°

0.3

°

vvv

0.5

°

6

R

/

L

120

-

000

NB

15 15

°

0.3

°

0.00 0.00

1

32.0

6.0

2.5

8.5

1.2

5.0

Jl

N

A

|

>

-

<

'

0.3

°

0.5

°

0.00 0.00

1

6

R

/

L

150

-

000

NB

15

32.0

6.0

2.5

8.5

1.5

7.0

15

°

K

--

i

y

<

0.3

°

0.5

°

0.00 0.00

1

6

R

/

L

200

-

000

NB

15

32.0

6.0

2.5

8.5

2.0

7.0

15

°

i

l

0.3

°

0.3

°

0.00 0.00

1

6

R

/

L

080

-

000

NB

20

32.0

6.0

2.5

8.5

0.8

5.0

20

°

(

'

-

i

\

0.3

°

0.3

°

0.00 0.00

1

6

R

/

L

100

-

000

NB

20

32.0

6.0

2.5

8.5

1.0

5.0

20

°

Xl

\

0.3

°

0.3

°

0.00 0.00

1

6

R

/

L

120

-

000

NB

20

32.0

6.0

2.5

8.5

1.2

5.0

20

°

AAA

0.3

°

0.3

°

0.00 0.00

1

6

R

/

L

150

-

000

NB

20

32.0

6.0

2.5

8.5

1.5

7.0

20

°

I

i

/

k

0.3

°

0.3

°

6

R

/

L

180

-

000

NB

20

°

0.00

1

32.0

6.0

2.5

8.5

1.8

7.0

0.3

°

0.3

°

0.00 0.00

1

6

R

/

L

200

-

000

NB

20

32.0

6.0

2.5

8.5

7.0

20

°

2.0

0.3

°

0.3

°

0.00 0.00

1

6

R

/

L

250

-

000

NB

20

32.0

6.0

2.5

8.5

2.5

7.0

20

°

0.3

°

0.3

°

4

°

0.00 0.00

0.12

0.4

2

6

R

/

L

120

-

000

BC

15

-

04

F

32.0

6.0

2.5

8.5

1.2

7.0

15

°

6

R

/

L

150

-

000

BC

15

-

04

F

32.0

6.0

2.5

8.5

7.0

15

°

0.3

°

0.3

°

4

°

0.00 0.00

0.15

0.4

2

1.5

-

7

6

R

/

L

200

-

000

BC

15

-

04

F

32.0

6.0

2.5

8.5

2.0

7.0

15

°

0.3

°

0.3

°

4

°

0.00 0.00 0.20

0.4

2

r

/

i

6

R

/

L

250

-

000

BC

15

-

04

F

32.0

6.0

2.5

8.5

2.5

7.0

15

°

0.3

°

0.3

°

4

°

0.00 0.00

0.25

0.4

2

I

6

R

/

L

100

-

003

BC

15

-

12

F

15

°

1

°

1

°

12

°

32.0

6.0

2.5

8.5

1.0

5.0

0.03 0.03

0.4

2

\

6

R

/

L

150

-

003

BC

15

-

12

F

32.0

6.0

2.5

8.5

1.5

7.0

15

°

1

°

1

°

12

°

0.03 0.03

0.4

2

\

VVV

\

6

R

/

L

200

-

003

BC

15

-

12

F

32.0

6.0

2.5

8.5

2.0

7.0

15

°

1

°

1

°

12

°

0.03

0.4

2

\

+

t

7

I

1

°

6

R

/

L

100

-

003

BC

15

-

25

F

32.0

6.0

2.5

8.5

1.0

5.0

15

°

1

°

25

°

0.03 0.03

0.4

2

i

I

i

I

i

h

H

h

A

6

R

/

L

150

-

003

BC

15

-

25

F

32.0

6.0

2.5

8.5

7.0

15

°

1

°

1

°

25

°

0.03 0.03

0.4

2

1.5

i

/

i

/

\ / \

6

R

/

L

200

-

003

BC

15

-

25

F

32.0

8.0

2.5

8.5

2.0

7.0

15

°

1

°

1

°

25

°

0.03 0.03

0.4

2

AAA

7

R

/

L

200

-

000

NB

-

03

43.0

8.0

4.0

11.5

2.0

10.0

0

°

0.3

°

0.3

°

3

°

0.00 0.00

1

7

R

/

L

250

-

000

NB

-

03

0

°

0.3

°

0.3

°

3

°

43.0

8.0

4.0

11.5

2.5

10.0

0.00

1

7

R

/

L

300

-

000

NB

-

03

43.0

8.0

4.0

11.5

3.0

10.0

0

°

0.3

°

0.3

°

3

°

0.00 0.00

1

7

R

/

L

100

-

000

NB

08

43.0

8.0

4.0

11.5

1.0

5.0

8

°

0.3

°

0.3

°

0.00 0.00

1

7

R

/

L

120

-

000

NB

08

43.0

8.0

4.0

11.5

1.2

5.0

8

°

0.3

°

0.3

°

0.00 0.00

1

7

R

/

L

150

-

000

NB

08

43.0

8.0

4.0

11.5

8.0

8

°

0.3

°

0.3

°

0.00 0.00

1

1.5

7

R

/

L

160

-

000

NB

08

43.0

8.0

4.0

11.5

1.6

8.0

8

°

0.3

°

0.3

°

0.00 0.00

1

7

R

/

L

180

-

000

NB

08

43.0

8.0

4.0

11.5

1.8

8.0

8

°

0.3

°

0.3

°

0.00 0.00

1

195

196

7

R

/

L

200

-

000

NB

08

8

°

0.3

°

0.3

°

43.0

8.0

4.0

11.5

2.0

10.0

0.00

1

7

R

/

L

250

-

000

NB

08

43.0

8.0

4.0

11.5

2.5

10.0

8

°

0.3

°

0.3

°

0.00 0.00

1

7

R

/

L

100

-

000

NB

15

43.0

8.0

4.0

11.5

1.0

5.0

15

°

0.3

°

0.3

°

0.00

1

7

R

/

L

120

-

000

NB

15

43.0

8.0

4.0

11.5

1.2

5.0

15

°

0.3

°

0.3

°

0.00 0.00

1

i

/

7

R

/

L

150

-

000

NB

15

43.0

8.0

4.0

11.5

8.0

15

°

0.3

°

0.3

°

0.00 0.00

1

1.5

/

7

R

/

L

180

-

000

NB

15

43.0

8.0

4.0

11.5

1.8

8.0

15

°

0.3

°

0.3

°

0.00 0.00

1

J

7

R

/

L

200

-

000

NB

15

43.0

8.0

4.0

11.5

2.0

10.0

15

°

0.3

°

0.3

°

0.00 0.00

1

7

V

7

R

/

L

220

-

000

NB

15 15

°

0.3

°

0.3

°

43.0

8.0

4.0

11.5

2.2

10.0

0.00 0.00

1

f

1

i

\

/

7

R

/

L

250

-

000

NB

15

43.0

8.0

4.0

11.5

2.5

10.0

15

°

0.3

°

0.3

°

0.00 0.00

1

\

/

7

R

/

L

300

-

000

NB

15

43.0

8.0

4.0

11.5

3.0

10.0

15

°

0.3

°

0.3

°

0.00 0.00

1

i

h

~

\

h

~

\

r

7

R

/

L

150

-

005

NB

15

43.0

8.0

4.0

11.5

1.5

8.0

15

°

0.4

°

0.05

0.20

1

7

R

/

L

200

-

005

NB

15

43.0

8.0

4.0

11.5

2.0

10.0

15

°

0.4

°

1

°

0.05

0.20

1

7

R

/

L

250

-

005

NB

15

43.0

8.0

4.0

11.5

2.5

10.0

15

°

0.4

°

1

°

0.05

0.20

1

7

R

/

L

150

-

000

BC

15

-

04

F

43.0

8.0

4.0

11.5

1.5

7.5

15

°

1

°

1

°

4

°

0.00 0.00

0.15

0.4

2

7

R

/

L

200

-

000

BC

15

-

04

F

15

°

1

°

1

°

4

°

43.0

8.0

4.0

11.5

2.0

10.0

0.00 0.00 0.20

0.4

2

Fig

.

1

7

R

/

L

220

-

000

BC

15

-

04

F

43.0

8.0

4.0

11.5

2.2

10.0

15

°

1

°

1

°

4

°

0.00 0.00

0.22

0.4

2

7

R

/

L

250

-

000

BC

15

-

04

F

43.0

8.0

4.0

11.5

2.5

10.0

15

°

1

°

1

°

4

°

0.00 0.00

0.25

0.4

2

7

R

/

L

300

-

000

BC

15

-

04

F

1

°

43.0

8.0

4.0

11.5

3.0

10.0

15

°

1

°

4

°

0.00 0.00

0.30

0.4

2

7

R

/

L

150

-

003

BC

15

-

12

F

43.0

8.0

4.0

11.5

15

°

1

°

1

°

12

°

0.03 0.03

0.4

2

1.5

7.5

7

R

/

L

200

-

003

BC

15

-

12

F

43.0

8.0

4.0

11.5

2.0

10.0

15

°

1

°

1

°

12

°

0.03 0.03

0.4

2

7

R

/

L

250

-

003

BC

15

-

12

F

43.0

8.0

4.0

11.5

2.5

10.0

15

°

1

°

1

°

12

°

0.03 0.03

0.4

2

(

7

R

/

L

150

-

003

BC

15

-

25

F

43.0

11.5

15

°

1

°

1

°

25

°

8.0

4.0

1.5

7.5

0.03 0.03

0.4

2

7

R

/

L

200

-

003

BC

15

-

25

F

43.0

8.0

4.0

11.5

2.0

10.0

15

°

1

°

1

°

25

°

0.03 0.03

0.4

2

7

R

/

L

250

-

003

BC

15

-

25

F

43.0

8.0

4.0

11.5

2.5

10.0

15

°

1

°

1

°

25

°

0.03

0.4

2

0.3

°

0.3

°

8

R

/

L

200

-

000

NB

15

54.0

8.0

4.0

17.0

2.0

16.0

15

°

0.00 0.00

1

J

k

}

8

R

/

L

250

-

000

NB

15

54.0

8.0

4.0

17.0

2.5

16.0

15

°

0.3

°

0.3

°

0.00 0.00

1

v

8

R

/

L

300

-

000

NB

15

54.0

8.0

4.0

17.0

3.0

16.0

15

°

0.3

°

0.3

°

0.00 0.00

1

f

1

I

ii

/\

8

R

/

L

350

-

000

NB

15

54.0

8.0

4.0

17.0

3.5

16.0

15

°

0.3

°

0.3

°

0.00 0.00

1

i

\

/

j

-

\

i

7 7

7 7 7

8

R

/

L

200

-

000

BC

15

-

04

F

4.0

15

°

0.3

°

0.3

°

0.20

54.0

8.0

17.0

2.0

16.0

0.00 0.00

0.4

2

i

1

h

-

\

h

-

\

o

IL

.

J

v

.

JLJ

8

R

/

L

250

-

000

BC

15

-

04

F

54.0

8.0

4.0

17.0

2.5

16.0

15

°

0.3

°

0.3

°

0.00 0.00

0.25

0.4

2

8

R

/

L

300

-

000

BC

15

-

04

F

54.0

8.0

4.0

17.0

3.0

16.0

15

°

0.3

°

0.3

°

0.00 0.00

0.30

0.4

2

8

R

/

L

350

-

000

BC

15

-

04

F

15

°

0.3

°

0.3

°

54.0

8.0

4.0

17.0

3.5

16.0

0.00 0.00

0.35

0.4

2

8

$

The

dimension

can

be

customized

according

to

specifications

customers

give

.

Fig

.

2

l

T

L

IC

L R

X

α

b

RA

Eθ

L R

β

α

θ

E

A

X

R

b

H

Font

-

turning

of

Duble

-

hole

Font

-

turning

of

Duble

-

hole

HI

Insert

for

Front

-

turning

vw

7

II

TC

T

i

>

-

<

'

/

i

>

i

\

!

>

(

!

i

-

i

\

i

-

<

i

\

i

M

Edge

width

Corner

-

R

Chipbreaker

Lead

name

Carbide

grades

insert

name

Machining

Type

nsert

Insert

size

hand

Front

rake

angle

T

AAA

angle

i

/

k

-

j

Insert

Name

Machining

Type

Insert

Size

@

9

s

B

7

r

/

i

\

i

\

VW

I

\\

i

6

:

insert

length

is

32.0

mm

7

:

insert

length

is

43.0

mm

i

Double

Hole

Type

of

insert

F

:

FrontTurning

/

h

4

h

4

/

\

/ \

AAA

Corner

-

R

Insert

Hand

Edge

Width

EBB

o

0

F

.

7

I

<

-

I

X

/

\

/

X

I

I I

\

I

.

A A

.

x

.

j

R

:

right

hand

L

:

left

hand

15

:

1.5

mm

20

:

2.0

mm

197

198

000

:

0.00

020

:

0.20

v

7

>

i i

i

/

\

i

I

\

I

\

^

L

_

,

I

l

F

-

K

h

-

{

h

-

K

\

I

Fig

.

1

Chipbreaker

Name

Lead

Angle

Front

Rake

Angle

e

EE

EES

<

•

i

>

rr

I

<

-

/

X

/

\

/

X

\

l

I

X

I

>

X

.

J

V

»

X

f

7

I

/

X

I

/

none

:

no

front

rake

angle

06

F

:

6

°

10

F

:

10

°

\

t

\

i

30

:

30

°

45

:

45

°

60

:

60

°

70

:

70

°

I

\

F

-

A

h

-

\

V

I

Fig

.

2

e

P

Designation

L

IC

±

0.02

T

±

0.02

I

E

±

0.02

X

A

b

R

Fig

.

a

6

R

/

L

05

-

000

NB

60

°

0

°

3

°

DHF

32.0

6.0

2.5

8.5

0.5

7

0.3

0.00

1

3

°

0.3

0.00

1

6

R

/

L

13

-

000

NB

45

32.0

6.0

2.5

8.5

1.3

8

45

°

0

°

1

°

6

°

0.00

2

6

R

/

L

13

-

000

BC

45

-

06

F

32.0

6.0

2.5

8.5

1.3

8

45

°

0

°

Carbide

Grades

3

°

0.3

0.00

1

6

R

/

L

15

-

000

NB

45

32.0

6.0

2.5

8.5

1.5

6

45

°

0

°

0

°

1

°

6

°

0.00

2

6

R

/

L

15

-

000

BC

45

-

06

F

32.0

6.0

2.5

8.5

1.5

6

45

°

0

°

3

°

10

°

0.3

0.00

2

6

R

/

L

15

-

000

BC

45

-

1

OF

32.0

6.0

2.5

8.5

1.5

6

45

°

0

°

5

°

10

°

0.3

0.00

2

6

R

/

L

19

-

000

BC

70

-

1

OF

32.0

6.0

2.5

8.5

1.9

7

70

°

0

°

3

°

7

R

/

L

20

-

000

NB

45

°

0.5

0.00

1

43.0

8.0

11.5

2.0

8

4.0

0

°

3

°

0.5

0.00

1

7

R

/

L

20

-

020

NB

45

43.0

8.0

11.5

2.0

8

45

°

4.0

0

°

1

°

6

°

0.00

2

7

R

/

L

15

-

000

BC

45

-

06

F

43.0

8.0

11.5

1.5

8

30

°

4.0

TTIP

30

TTIM

45

o

°

3

°

10

°

0.5

0.00

2

7

R

/

L

20

-

000

BC

30

-

1

OF

43.0

8.0

11.5

2.0

8

45

°

4.0

0

°

3

°

10

°

0.5

0.00

2

7

R

/

L

20

-

020

BC

45

-

1

OF

43.0

8.0

8

45

°

11.5

2.0

4.0

HI

Back

-

turning

of

Double

-

hole

Back

-

turning

of

Double

-

hole

HI

Insert

for

Back

-

turning

vw

7

II

TC

T

i

>

-

<

'

/

i

>

i

1

C

\

!

>

(

!

t

-

i

\

i

-

o

\

i

\

j

Edge

width

Corner

-

R

Chipbreaker

Lead

name

Carbide

grades

Insert

name

Machining

Type

Insert Insert

size

hand

Front

rake

angle

T

AAA

angle

i

/

k

-

j

Insert

Name

Machining

Type

Insert

Size

i

@

9

0

7

r

/

i

\

i

\

VW

I

\\

i

6

:

insert

length

is

32.0

mm

7

:

insert

length

is

43.0

mm

i

T

Double

Hole

Type

of

insert

B

:

Back

Turning

/

h

4

h

4

/

\

/ \

AAA

L

Corner

-

R

Insert

Hand

Edge

Width

0

eg

EBB

00

:

no

edge

width

05

:

0.5

mm

10

:

1.0

mm

15

:

1

,

5

mm

R

:

right

hand

L

:

left

hand

199

200

000

:

0.00

008

:

0.08

L

R

T

7

Z

/

I

l

E

2

L

,

Chipbreaker

Name

Lead

Angle

Front

Rake

Angle

I

\

/

i

\

/

V

h

-

\

)

-

I

h

-

t

h

-

\

VA

?

t

S

3

BBS

C

a

none

:

no

front

rake

angle

08

F

:

8

°

10

F

:

10

°

Fig

.

1

20

:

20

°

30

:

35

°

35

:

35

°

L

R

BC

Type

NB

Type

i

/

\

/

\

i

j

i

k

j

V

7

I

Carbide

Grades

i

/

V

I

\

/

\

T T T T

I

A

-

\

A

-

\

h

~

\

k

J

ulB

e

a

TTIP

30

TTIM

45

Fig

.

2

HI

Back

-

turning

of

Double

-

hole

Grooving

&

Turning

of

Duble

-

hole

0

P

Designation

IC

±

0.02

T

±

0.02

I

E

±

0.02

X

A

b d

R

Fig

.

L

a

c

a

0.00

DHB

6

R

/

L

05

-

000

NB

20

32.0

6.0

2.5

8.5

0.5

3.0

20

°

2

°

3

°

0

°

2.70

1.0

0.17

1

3

°

0

°

2.70

1.0

0.17

0.08

1

6

R

/

L

05

-

008

NB

20

32.0

6.0

2.5

8.5

0.5

3.0

20

°

2

°

3

°

0

°

2.70

1.0

0.27

1

0.00

6

R

/

L

08

-

000

NB

20

32.0

6.0

2.5

8.5

0.8

4.0

20

°

2

°

3

°

0

°

2.70

1.0

0.33

1

0.00

6

R

/

L

10

-

000

NB

20

32.0

6.0

2.5

8.5

1.0

4.0

20

°

2

°

2

°

3

°

0

°

2.70

1.0

0.40

1

0.00

6

R

/

L

12

-

000

NB

20

32.0

6.0

2.5

8.5

1.2

5.0

20

°

2

°

3

°

0

°

2.70

1.0

0.50

1

6

R

/

L

15

-

000

NB

20

32.0

6.0

2.5

8.5

1.5

5.0

20

°

0.00

Groove

width

Corner

-

R

Chipbreaker

name

Carbide

grades

Insert

name

Machining

Insert Insert

Type

length

hand

Front

rake

angle

2

°

3

°

10

°

2.70

1.0

0.17

1

6

R

/

L

05

-

000

NB

20

-

1

OF

20

°

0.00

32.0

6.0

2.5

8.5

0.5

3.0

2

°

3

°

10

°

2.70

1.0

0.17

0.08

1

6

R

/

L

05

-

008

NB

20

-

1

OF

32.0

6.0

2.5

8.5

0.5

3.0

20

°

2

°

3

°

10

°

2.70

1.0

0.27

1

0.00

6

R

/

L

08

-

000

NB

20

-

1

OF

32.0

6.0

2.5

8.5

0.8

4.0

20

°

Insert

Name

Machining

Type

Insert

Size

2

°

3

°

10

°

2.70

1.0

0.33

1

0.00

6

R

/

L

10

-

000

NB

20

-

1

OF

32.0

6.0

2.5

8.5

1.0

4.0

20

°

2

°

3

°

10

°

2.70

1.0

0.40

1

0.00

6

R

/

L

12

-

000

NB

20

-

1

OF

32.0

6.0

2.5

8.5

1.2

5.0

20

°

2

°

3

°

10

°

2.70

1.0

0.50

1

6

R

/

L

15

-

000

NB

20

-

1

OF

20

°

0.00

32.0

6.0

2.5

8.5

1.5

6.0

3

°

20

°

8

°

3.50

0.2

2.4

0.08

2

6

R

/

L

05

-

008

BC

30

-

08

F

32.0

6.0

2.5

8.5

0.5

6.0

30

°

2

°

15

°

3.00

0.2

2.5

2

0.00

6

R

/

L

05

-

000

BC

35

-

15

F

32.0

6.0

2.5

8.5

0.5

6.5

35

°

6

R

/

L

05

-

008

BC

35

-

15

F

35

°

2

°

15

°

32.0

6.0

2.5

8.5

0.5

6.5

3.00

2.5

0.08

2

0.2

6

:

insert

length

is

32.0

mm

7

:

insert

length

is

43.0

mm

7

R

/

L

10

-

000

NB

20

43.0

8.0

4.0

11.5

1.0

5.0

20

°

3

°

3

°

0

°

4.00

1.5

0.5

1

0.00

Double

Hole

Type

of

insert

G

:

Grooving

&

Turning

7

R

/

L

10

-

008

NB

20

43.0

8.0

4.0

11.5

1.0

5.0

20

°

3

°

3

°

0

°

4.00

1.5

0.5

1

0.00

7

R

/

L

15

-

000

NB

20

43.0

8.0

4.0

11.5

1.5

6.0

20

°

3

°

3

°

0

°

4.00

1.5

0.5

1

0.00

7

R

/

L

20

-

000

NB

20

43.0

8.0

4.0

11.5

2.0

20

°

3

°

3

°

0

°

4.00

1.5

0.5

1

7.5

0.00

7

R

/

L

25

-

000

NB

20

°

3

°

3

°

0

°

43.0

8.0

4.0

11.5

2.5

9.0

4.00

1.5

0.5

1

0.00

7

R

/

L

10

-

000

NB

20

-

1

OF

43.0

8.0

4.0

11.5

1.0

5.0

20

°

3

°

3

°

10

°

4.00

1.5

0.5

1

0.00

Groove

Width

Corner

-

R

Insert

Hand

7

R

/

L

10

-

008

NB

20

-

1

OF

43.0

8.0

4.0

11.5

1.0

5.0

20

°

3

°

3

°

10

°

4.00

1.5

0.5

0.08

1

7

R

/

L

10

-

020

NB

20

-

1

OF

43.0

8.0

4.0

11.5

1.0

5.0

20

°

3

°

3

°

10

°

4.00

1.5

0.5

0.20

1

7

R

/

L

15

-

000

NB

20

-

1

OF

43.0

8.0

4.0

11.5

1.5

6.0

20

°

3

°

3

°

10

°

4.00

1.5

0.5

1

0.00

7

R

/

L

15

-

020

NB

20

-

1

OF

43.0

8.0

4.0

11.5

1.5

20

°

3

°

3

°

10

°

4.00

1.5

0.5

0.20

1

6.0

20

°

7

R

/

L

18

-

000

NB

20

-

1

OF

43.0

8.0

4.0

11.5

1.8

9.0

3

°

10

°

6.00

4.0

0.5

1

0.00

7

R

/

L

18

-

020

NB

20

-

1

OF

43.0

8.0

4.0

11.5

1.8

9.0

20

°

3

°

10

°

6.00

4.0

0.5

0.20

1

R

:

right

hand

L

:

left

hand

100

:

1.0

mm

150

:

1.5

mm

200

:

2.0

mm

250

:

2.5

mm

300

:

3.0

mm

400

:

4.0

mm

201

202

000

:

0.00

008

:

0.08

020

:

0.2

7

R

/

L

20

-

000

NB

20

-

1

OF

43.0

8.0

4.0

11.5

2.0

7.5

20

°

3

°

3

°

10

°

4.00

1.5

0.5

1

0.00

7

R

/

L

20

-

020

NB

20

-

1

OF

43.0

8.0

4.0

11.5

2.0

7.5

20

°

3

°

3

°

10

°

4.00

1.5

0.5

0.20

1

7

R

/

L

25

-

000

NB

20

-

1

OF

43.0

8.0

4.0

11.5

2.5

9.0

20

°

3

°

3

°

10

°

4.00

1.5

0.5

1

0.00

7

R

/

L

25

-

020

NB

20

-

1

OF

20

°

3

°

3

°

43.0

8.0

4.0

11.5

2.5

9.0

10

°

4.00

1.5

0.5

0.20

1

7

R

/

L

05

-

008

BC

30

-

08

F

43.0

8.0

4.0

11.5

0.5

9.0

30

°

3

°

20

°

8

°

5.30

0.2

3.5

0.08

2

r

7

R

/

L

00

-

008

BC

30

-

08

F

43.0

8.0

4.0

11.5

0.0 9.0

30

°

3

°

8

°

5.50

0.2

3.5

0.08

2

Chipbreaker

Name

Front

Rake

Angle

Carbide

Grades

7

R

/

L

00

-

020

BC

30

-

08

F

43.0

8.0

4.0

11.5

0.0

9.0

30

°

3

°

8

°

5.50

0.2

3.5

2

0.20

7

R

/

L

06

-

000

BC

35

-

15

F

43.0

8.0

4.0

11.5

0.6

9.0

35

°

3

°

15

°

5.00

0.2

4.0

2

0.00

7

R

/

L

06

-

008

BC

35

-

15

F

43.0

8.0

4.0

11.5

0.6

9.0

35

°

3

°

15

°

5.00

0.2

4.0

0.08

2

TTIP

30

TTIM

45

none

:

no

front

rake

angle

10

F

:

10

°

NB

Type

Grooving

&

Turning

of

Double

-

hole

Grooving

&

Turning

of

Duble

-

hole

*

P

Designation

L

IC

±

0.02

T

±

0.02

I

E

±

0.02

X

A

R

a

DHG

6

R

/

L

005

-

000

NB

32.0

6.0

2.5

0.50

6

0.3

°

0.00

8.5

1.5

0.00

6

R

/

L

006

-

000

NB

32.0

6.0

2.5

8.5

0.60

1.8

6

0.3

°

Insert

for

Grooving

&

Turning

0.00

6

R

/

L

075

-

000

NB

32.0

6.0

2.5

8.5

0.75

2.0

6

0.3

°

6

R

/

L

008

-

000

NB

0.3

°

0.00

32.0

6.0

2.5

8.5

0.80

2.0

6

0.3

°

0.08

6

R

/

L

008

-

008

NB

32.0

6.0

2.5

8.5

0.80

2.0

6

vvv

0.3

°

0.00

6

R

/

L

009

-

000

NB

32.0

6.0

2.5

8.5

0.90

2.5

6

Jl

TT

A

i

>

-

<

'

0.3

°

0.00

6

R

/

L

095

-

000

NB

32.0

6.0

2.5

8.5

0.95

3.0

6

K

--

4

i i

0.3

°

0.00

<

6

R

/

L

100

-

000

NB

32.0

6.0

2.5

8.5

1.00

2.5

6

l

i

IC

0.3

°

0.08

6

R

/

L

100

-

008

NB

32.0

6.0

2.5

8.5

1.00

2.5

6

(

\

-

i

\

0.3

°

0.00

6

R

/

L

120

-

000

NB

32.0

6.0

2.5

8.5

1.20

3.0

6

-

(

l

\

0.3

°

6

R

/

L

150

-

000

NB

0.00

32.0

6.0

2.5

8.5

1.50

3.0

6

\

AAA

0.3

°

0.08

6

R

/

L

150

-

008

NB

32.0

6.0

2.5

8.5

1.50

3.0

6

i

/

0.3

°

0.20

6

R

/

L

150

-

020

NB

32.0

6.0

2.5

8.5

1.50

3.0

6

k

0.3

°

0.00

6

R

/

L

180

-

000

NB

32.0

6.0

2.5

8.5

1.80

4.0

6

R

/

L

200

-

000

NB

32.0

6.0

2.5

8.5

2.00

4.0

6

0.3

°

0.00

I

7

6

R

/

L

200

-

008

NB

32.0

6.0

2.5

8.5

2.00

4.0

6

0.3

°

0.08

f

/

i

6

R

/

L

200

-

020

NB

32.0

6.0

2.5

8.5

2.00

4.0

6

0.3

°

0.20

i

6

R

/

L

250

-

000

NB

0.3

°

32.0

6.0

2.5

8.5

2.50

6.0

6

0.00

\

6

R

/

L

008

-

000

NB

-

1

OF

32.0

6.0

2.5

8.5

0.80

2.0

6

0.3

°

10

°

0.00

*

\

6

R

/

L

100

-

000

NB

-

1

OF

32.0

6.0

2.5

8.5

1.00

2.5

6

0.3

°

10

°

0.00

VVV

\

6

R

/

L

100

-

008

NB

-

1

OF

32.0

6.0

2.5

8.5

1.00

2.5

6

0.3

°

10

°

0.08

I

i

I

i

T

6

R

/

L

120

-

000

NB

-

1

OF

32.0

6.0

2.5

8.5

1.20

3.0

6

0.3

°

10

°

0.00

i

h

A

h

H

/

\ /

\

6

R

/

L

150

-

000

NB

-

1

OF

32.0

6.0

2.5

8.5

1.50

3.0

6

0.3

°

10

°

0.00

-

J

AAA

6

R

/

L

150

-

008

NB

-

1

OF

32.0

6.0

2.5

8.5

1.50

3.0

6

0.3

°

10

°

0.08

6

R

/

L

150

-

020

NB

-

1

OF

0.3

°

10

°

32.0

6.0

2.5

8.5

1.50

3.0

6

0.20

6

R

/

L

180

-

000

NB

-

1

OF

32.0

6.0

2.5

8.5

1.80

4.0

6

0.3

°

10

°

0.00

L

6

R

/

L

200

-

000

NB

-

1

OF

32.0

6.0

2.5

8.5

2.00

4.0

6

0.3

°

10

°

0.00

6

R

/

L

200

-

008

NB

-

1

OF

32.0

6.0

2.5

8.5

2.00

4.0

6

0.3

°

10

°

0.08

6

R

/

L

200

-

020

NB

-

1

OF

32.0

6.0

2.5

8.5

2.00

4.0

6

0.3

°

10

°

0.20

6

R

/

L

250

-

000

NB

-

1

OF

32.0

6.0

2.5

8.5

2.50

6.0

6

0.3

°

10

°

0.00

7

R

/

L

005

-

000

NB

43.0

8.0

4.0

11.5

0.50

1.5

8

1

°

1

°

0.00

7

R

/

L

075

-

000

NB

1

°

1

°

43.0

8.0

4.0

11.5

0.75

2.0

8

0.00

7

R

/

L

008

-

000

NB

43.0

8.0

4.0

11.5

0.80

2.0

8

1

°

1

°

0.00

7

R

/

L

095

-

000

NB

43.0

8.0

4.0

11.5

0.95

3.0

8

1

°

1

°

0.00

7

R

/

L

100

-

000

NB

43.0

8.0

4.0

11.5

1.00

2.5

8

1

°

1

°

0.00

203

204

7

R

/

L

100

-

008

NB

43.0

8.0

4.0

11.5

1.00

2.5

8

1

°

1

°

0.08

7

R

/

L

120

-

000

NB

43.0

8.0

4.0

11.5

1.20

3.0

8

1

°

1

°

0.00

7

R

/

L

150

-

000

NB

43.0

8.0

4.0

11.5

1.50

3.0

8

1

°

1

°

0.00

L

R

7

R

/

L

150

-

008

NB

1

°

1

°

43.0

8.0

4.0

11.5

1.50

3.0

8

0.08

7

R

/

L

150

-

020

NB

43.0

8.0

4.0

11.5

1.50

3.0

8

1

°

1

°

0.20

r

7

R

/

L

180

-

000

NB

43.0

8.0

4.0

11.5

1.80

4.0

8

1

°

1

°

0.00

1

°

7

R

/

L

200

-

000

NB

43.0

8.0

4.0

11.5

2.00

4.0

8

1

°

0.00

i

7

R

/

L

200

-

008

NB

43.0

8.0

4.0

11.5

2.00

4.0

8

1

°

1

°

0.08

i

.

V

i

v

J

7

R

/

L

200

-

020

NB

43.0

8.0

4.0

11.5

2.00

4.0

8

1

°

1

°

0.20

7

R

/

L

250

-

000

NB

43.0

8.0

4.0

11.5

2.50

6.0

8

1

°

1

°

0.00

V

7

1

r

X

i

7

R

/

L

250

-

020

NB

11.5

1

°

1

°

43.0

8.0

4.0

2.50

6.0

8

0.20

/

v

i

/

\

/

X

7

R

/

L

300

-

000

NB

43.0

8.0

4.0

11.5

3.00

6.0

8

1

°

1

°

0.00

i i

>

-

H

/

-

l

h

-

K

i

/

v

-

j

7

R

/

L

300

-

008

NB

43.0

8.0

4.0

11.5

3.00

6.0

8

1

°

1

°

0.08

1

°

7

R

/

L

300

-

020

NB

43.0

8.0

4.0

11.5

3.00

6.0

8

1

°

0.20

7

R

/

L

400

-

000

NB

43.0

8.0

4.0

11.5

4.00

8.0

8

1

°

1

°

0.00

7

R

/

L

100

-

000

NB

-

1

OF

43.0

8.0

4.0

11.5

1.00

2.5

8

1

°

1

°

10

°

0.00

7

R

/

L

100

-

008

NB

-

1

OF

43.0

8.0

4.0

11.5

1.00

2.5

8

1

°

1

°

10

°

0.08

7

R

/

L

100

-

020

NB

-

1

OF

11.5

1

°

1

°

10

°

43.0

8.0

4.0

1.00

2.5

8

0.20

7

R

/

L

120

-

000

NB

-

1

OF

43.0

8.0

4.0

11.5

1.20

3.0

8

1

°

1

°

10

°

0.00

7

R

/

L

120

-

008

NB

-

1

OF

43.0

8.0

4.0

11.5

1.20

3.0

8

1

°

1

°

10

°

0.08

1

°

7

R

/

L

150

-

000

NB

-

1

OF

43.0

8.0

4.0

11.5

1.50

3.0

8

1

°

10

°

0.00

7

R

/

L

150

-

008

NB

-

1

OF

43.0

8.0

4.0

11.5

1.50

3.0

8

1

°

1

°

10

°

0.08

7

R

/

L

150

-

020

NB

-

1

OF

43.0

8.0

4.0

11.5

1.50

3.0

8

1

°

1

°

10

°

0.20

7

R

/

L

180

-

000

NB

-

1

OF

43.0

8.0

4.0

11.5

1.80

4.0

8

1

°

1

°

10

°

0.00

7

R

/

L

180

-

020

NB

-

1

OF

43.0

11.5

1

°

1

°

10

°

0.20

8.0

4.0

1.80

4.0

8

7

R

/

L

200

-

000

NB

-

1

OF

43.0

8.0

4.0

11.5

2.00

4.0

8

1

°

1

°

10

°

0.00

7

R

/

L

200

-

008

NB

-

1

OF

43.0

8.0

4.0

11.5

2.00

4.0

8

1

°

1

°

10

°

0.08

1

°

7

R

/

L

200

-

020

NB

-

1

OF

43.0

8.0

4.0

11.5

2.00

4.0

8

1

°

10

°

0.20

7

R

/

L

250

-

000

NB

-

1

OF

43.0

8.0

4.0

11.5

2.50

6.0

8

1

°

1

°

10

°

0.00

7

R

/

L

250

-

020

NB

-

1

OF

43.0

8.0

4.0

11.5

2.50

6.0

8

1

°

1

°

10

°

0.20

7

R

/

L

300

-

000

NB

-

1

OF

43.0

8.0

4.0

11.5

3.00

6.0

8

1

°

1

°

10

°

0.00

7

R

/

L

300

-

008

NB

-

1

OF

43.0

11.5

3.00

6.0

8

1

°

1

°

10

°

8.0

4.0

0.08

7

R

/

L

300

-

020

NB

-

1

OF

43.0

8.0

4.0

11.5

3.00

6.0

8

1

°

1

°

10

°

0.20

7

R

/

L

400

-

000

NB

-

1

OF

43.0

8.0

4.0

11.5

4.00

8.0

8

1

°

1

°

10

°

0.00

1

°

10

°

7

R

/

L

400

-

020

NB

-

1

OF

43.0

8.0

4.0

11.5

4.00

8.0

8

1

°

0.20

The

dimension

can

be

customized

according

to

specifications

customers

give

.

TTIM45 TTIM45 TTIM45

l

T

L

IC

L R

R

Aα

X

a

Inserts

with

Full

Radius

of

Duble

-

hole

Inserts

with

Full

Radius

of

Duble

-

hole

*

Insert

with

Full

Radius

vvv

7

I

TC

IF

i

>

-

<

1

/

Groove

width

Chipbreaker

name

Carbide

grades

Insert

name

Machining

Type

Insert

length

Insert

hand

i

>

(

i

\

i

>

i

\

f

—

Insert

Name

Machining

Type

Insert

Size

\

i

M

T

I

AAA

@

9

0

i

/

k

7

r

/

6

:

insert

length

is

32.0

mm

7

:

insert

length

is

43.0

mm

i

Double

Hole

Type

of

insert

R

:

Insert

with

Full

Radius

i

\

VVV

1

\

x

\

+

t

+

i

ii

i

/

h

H

h

H

i

/

i

/

\

/

\

AAA

Groove

Width

Chipbreaker

Name

Insert

Hand

0

ililil

m

205

206

R

:

right

hand

L

:

left

hand

100

:

1.0

mm

200

:

2.0

mm

300

:

3.0

mm

400

:

4.0

mm

v

3

7

-

<

i

>

-

jt

-

\

f

-

I

-

*

i

-

O

I

tr

-

\

K

/

i

>

o

\

I

\

I

NB

Type

i

<

V

“

V

<

\

/

II

/

I

x

i

/

I

\

Chipbreaker

Name

i

/

H

\

h

—

K

h

-

K

i

\

i

I

E

±

0.02

*

R

IC

±

0.02

T

±

0.02

Designation

L

I

A

a

DHR

6

R

/

L

005

-

NB

32.0

6.0

2.5

8.5

0.25

1.5

6

1

°

1

°

TTIP

30

TTIM

45

r

6

R

/

L

008

-

NB

32.0

6.0

2.5

8.5

0.40

2.0

6

1

°

1

°

6

R

/

L

100

-

NB

32.0

0.50

2.5

1

°

6.0

2.5

8.5

6

1

°

6

R

/

L

120

-

NB

32.0

6.0

2.5

8.5

0.60

2.5

6

1

°

1

°

1

°

6

R

/

L

150

-

NB

32.0

6.0

2.5

8.5

0.75

3.0

6

R

/

L

160

-

NB

1

°

1

°

32.0

6.0

2.5

8.5

0.80

3.0

6

1

°

1

°

6

R

/

L

200

-

NB

32.0

6.0

2.5

8.5

1.00

4.0

6

1

°

1

°

7

R

/

L

100

-

NB

43.0

8.0

11.5

0.50

2.5

8

4.0

1

°

1

°

7

R

/

L

200

-

NB

43.0

8.0

11.5

1.00

4.0

8

4.0

1

°

1

°

7

R

/

L

300

-

NB

43.0

8.0

11.5

1.50

6.0

8

4.0

1

°

1

°

7

R

/

L

400

-

NB

43.0

8.0

11.5

2.00

8.0

8

4.0

The

dimension

can

be

customized

according

to

specifications

customers

give

.

HI

Threading

of

Duble

-

hole

Threading

of

Duble

-

hole

HI

Insert

for

Threading

vw

ii

TC

T

i

>

-

<

'

i

>

i

1

C

!

>

(

!

t

-

i

\

i

-

<

i

\

i

\

j

Edge

width

Thread

Angle

Corner

-

R

Chipbreaker

name

Carbide

grades

Insert

name

Machining

Insert

Type

length

Insert

hand

T

AAA

i

I

i

/

k

-

j

Insert

Name

Machining

Type

Insert

Size

i

@

9

O

B

7

r

/

i

\

i

\

VW

I

\\

6

:

insert

length

is

32.0

mm

7

:

insert

length

is

43.0

mm

i

T

Double

Hole

Type

of

insert

T

:

Threading

/

h

4

h

4

/

\

/ \

AAA

L

Groove

Width

Insert

Hand

Thread

Angle

(

ED

EDS

L

R

~ ~

7

0

<

>

7

l

c

-

I

\

/

X

I

X

XI

I

/

.

A

j

R

:

right

hand

L

:

left

hand

150

:

1.5

mm

200

:

2.0

mm

207

208

W

60

:

60

°

A

60

:

0.5

-

1.5

G

60

:

1.5

-

3.0

W

55

:

55

°

v

X

7

•

>

i

ii

i

\

i

/

\

x

T

I

h

—

K

E

i

Corner

-

R

Chipbreaker

Name

Carbide

Grades

L

R

a

•

j

V

>

-

£

i

-

EBB

i

jr

_

-

t

-

“

_

Tj

\

/

\

r

;

-

A

1

X

/

I

/

X

>

V

J

X

•

1

^

5

V

1

i

I

\

/

i

/

\

/

X

ii

i

C

-

4

>

E

TTIP

30

TTIM

45

i

)

1

v

—

000

:

0.00

002

:

0.02

006

:

0.60

020

:

0.20

IC

±

0.02

E

±

0.02

Designation

L

T

±

0.02

I

X

W

Thread

Pitch

R

Fig

.

a

NB

Type

DHT

6

R

/

L

150

W

60

-

000

NB

32.0

6.0

2.5

8.5

1.5

60

°

1.50

0.00

1

4.0

1.50

0.02

6

R

/

L

150

W

60

-

002

NB

32.0

6.0

2.5

8.5

1.5

60

°

1

4.0

6

R

/

L

200

W

60

-

000

NB

32.0

2.0

60

°

2.00

0.00

1

6.0

2.5

8.5

6.0

2.00

0.02

1

6

R

/

L

200

W

60

-

002

NB

32.0

6.0

2.5

8.5

2.0

60

°

6.0

55

°

1.50

0.00

1

6

R

/

L

150

W

55

-

000

NB

32.0

6.0

2.5

8.5

1.5

4.0

6

R

/

L

200

W

55

-

000

NB

55

°

2.00

0.00

1

32.0

6.0

2.5

8.5

2.0

0.8

6.0

60

°

0.50

-

1.50

0

°

0.06

2

6

R

/

L

200

A

60

-

006

NB

32.0

6.0

2.5

8.5

2.0

6.0

60

°

2.00

0.00

1

7

R

/

L

200

W

60

-

000

NB

43.0

8.0

11.5

2.0

4.0

6.0

60

°

2.00

0.02

1

7

R

/

L

200

W

60

-

002

NB

43.0

8.0

11.5

2.0

4.0

6.0

60

°

7

R

/

L

300

W

60

-

000

NB

11.5

3.0

8.0

3.00

0.00

43.0

8.0

1

4.0

60

°

3.00

0.02

7

R

/

L

300

W

60

-

002

NB

43.0

8.0

11.5

3.0

8.0

1

4.0

55

°

2.00

0.00

1

7

R

/

L

200

W

55

-

000

NB

43.0

8.0

11.5

2.0

6.0

4.0

7

R

/

L

300

W

55

-

000

NB

55

°

3.00

0.00

1

43.0

8.0

11.5

3.0

8.0

4.0

1.6

60

°

0.50

-

1.50

2

°

0.06

2

7

R

/

L

350

A

60

-

006

NB

43.0

8.0

11.5

3.5

9.0

4.0

1.6

60

°

1.75

-

3.00

2

°

0.20

2

7

R

/

L

350

G

60

-

020

NB

43.0

8.0

11.5

3.5

9.0

4.0

HI

The

Holder

for

Duble

-

hole

The

Holder

for

Duble

-

hole

HI

DH

Type

L

/

—

j

i

A

L

r

+

r

T

i

B

-

f

4

-

i

—

209

210

Spart

Parts

Applicable

Designation

A

B

F

L

Dmax

SC

"

.

,

w

WF

^

e

#

CH

Inserts

DHD

6

R

/

L

DHR

/

L

0808

-

H

6

8 8

8

100

16

M

3.5

x

9.0

T

-

15

DHD

6

R

/

L

1010

-

H

6

10

10 10

100

16

M

3.5

x

9.0

T

-

15

DHD

6

R

/

L

1212

-

H

6

12

100

16

M

3.5

x

9.0

T

-

15

DHD

6

R

/

L

1212

-

K

6

12

150

16

M

3.5

x

9.0

T

-

15

DHD

6

R

/

L

1616

-

H

6

16

100

16

M

3.5

x

9.0

T

-

15

DHD

6

R

/

L

1616

-

K

6

16

150

16

M

3.5

x

9.0

T

-

15

DHD

7

R

/

L

2020

-

K

6

20 20 20

125

16

M

3.5

x

9.0

T

-

15

DHD

7

R

/

L

1010

-

H

7

10

10 10

100

22

M

3.5

x

9.0

T

-

15

DHD

7

R

/

L

1212

-

H

7

12

100

22

M

3.5

x

9.0

T

-

15

DHD

7

R

/

L

1212

-

K

7

12

125

22

M

3.5

x

9.0

T

-

15

DHD

7

R

/

L

1414

-

K

7

14 14

14

125

22

M

3.5

x

9.0

T

-

15

DHU

7

R

/

L

1616

-

K

7

16

16 16

125

22

M

3.5

x

9.0

T

-

15

DHD

7

R

/

L

2020

-

K

7

20 20 20

125

22

M

3.5

x

9.0

T

-

15

2525

-

M

7

25

25 25

150

22

M

3.5

x

9.0

T

-

15

DHD

7

R

/

L

DHD

8

R

/

L

1212

-

H

8

12 12

12

100

33

M

3.5

x

9.0

T

-

15

DHD

8

R

/

L

1414

-

K

8

14

14 14

125

33

M

3.5

x

9.0

T

-

15

DHD

8

R

/

L

1616

-

K

8

16

16 16

125

33

M

3.5

x

9.0

T

-

15

DHD

8

R

/

L

2020

-

K

8

20 20

150

125

33

M

3.5

x

9.0

T

-

15

DHD

8

R

/

L

2525

-

M

8

25

25 25

150

33

M

3.5

x

9.0

T

-

15

SOLID

CARBIDE

TINY

TOOLS

SOLID

CARBIDE

TINY

TOOLS

CONTENTS

Technical

Information

for

Turning

Tiny

Tools

Turning

Tiny

Tool

of

Single

Ended

Turning

Tiny

Tool

of

Double

Ended

Technicla

Informaiotn

for

Milling

Tiny

Tools

212

Milling

Tiny

Tools

Parting

off

of

Double

-

hole

Technical

Information

for

Turning

Tiny

Tool

H

Turning

tiny

tool

code

system

Process

Type

of

Hand

of

operation

Insert

Cutting

edge

Carbide

Grades

Main

code

Insert

size

Thread

Profile

Depth

Figure

Main

Code

Insert

Size

Type

of

operation

B

=

Boring

BP

=

Profiling

&

Boring

BB

=

Back

Boring

BF

=

Chamfering

BT

=

FaceCuting

BC

=

Copying

BW

=

Chamfering

&

Profiling

G

=

Square

Grooving

GR

=

Round

Grooving

GF

=

Face

Grooving

GRF

=

Round

Face

Grooving

T

=

Threading

TD

=

Threading

Relief

010

:

1.0

mm

015

:

1.5

mm

020

:

2.0

mm

030

:

3.0

mm

040

:

4.0

mm

050

:

5.0

mm

060

:

6.0

mm

070

:

7.0

mm

080

:

8.0

mm

100

:

10.0

mm

0

XX

:

Special

size

TT

=

Tiny

Tool

Hand

of

Insert

Process

Figure

Boring

:

Nose

radius

Grooving

:

Grooving

width

Threading

:

Partial

profile

:

F

60

A

60

or

A

55

05

:

5.0

mm

20

:

20.0

mm

25

:

25.0

mm

30

:

30.0

mm

35

:

35.0

mm

10

:

10.0

mm

15

:

15.0

mm

R

=

Right

hand

style

L

=

Left

hand

style

AG

60

or

Ag

55

Full

profile

:

ISO

Metric

American

UN

TarpezDIN

103

ACME

214

Thread

Profile

Cutting

Edge

Carbide

Grades

ISO

-

ISO

Metric

UN

-

American

UN

(

UNC

,

UNF

,

UNEF

,

UNS

)

ACME

-

ACME

TR

-

Tarpez

DIN

103

None

:

Single

ended

2

:

Double

ended

TTIP

30

TTIM

45

TTIS

30

Technical

Information

for

Turning

Tiny

Tool

H

Technical

Information

for

Turning

Tiny

Tool

Recommended

Grade

&

Their

Applications

Machining

Type

Grade

Application

Type

Sample

P

30

-

P

50

K

25

-

K

40

,

General

use

carbide

grade

for

tiny

tool

low

cutting

speed

,

Tin

coated

TTIP

30

P

20

-

P

30

K

20

-

K

30

,

General

use

carbide

grade

for

tiny

tool

medium

to

high

cutting

speed

,

TiALN

coated

TTIM

45

K

10

-

K

20

,

sub

-

micro

grade

with

Titanium

Aluminum

Nitride

multi

-

layer

coating

.

To

be

run

at

medium

to

high

cutting

speeds

,

General

purpose

for

all

material

.

TTIS

30

Cutting

Speed

m

/

min

Copying

Chamfering

Boring

Back

Boring

ISO

Standard

Material

Condition

TTIP

30

TTIM

45

TTIS

30

Min

.

dia

.

of

machining

:

03.2

Min

.

dia

.

of

machining

:

04.2

Min

.

dia

.

of

machining

:

03.2

Min

.

dia

.

of

machining

:

04.2

Annealed

<

0.25

%

C

Annealed

>

0.25

%

C

Non

-

Alloy

steel

and

cast

steel

,

free

cutting

steel

Quenched

and

Tempered

<

0.55

%

C

25

-

50

30

-

80

30

-

60

Annealed

>

0.55

%

C

P

Quenched

and

Tempered

Annealed

Low

alloy

steel

and

cast

steel

(

less

than

5

%

alloying

elements

)

O

)

20

-

25

50

-

70

24

-

30

C

Quenched

and

Tempered

>

O

Annealed

O

High

alloy

steel

,

cast

steel

,

and

tool

steel

18

-

20

30

-

50

22

-

24

215

216

Quenched

and

Tempered

o

Square

Grooving

Min

.

dia

.

of

machining

:

03.2

Round

Grooving

Min

.

dia

.

of

machining

:

03.2

Face

Grooving

Min

.

dia

.

of

machining

:

06.0

Ferritic

/

martensitic

M

Martensitic

Stainless

steel

and

cast

steel

25

-

30

40

-

60

30

-

42

Austenitic

Ferritic

/

pearlitic

Cast

iron

nodular

(

GGG

)

17

-

23

50

-

70

30

-

42

Pearlitic

Ferritic

Grey

cast

iron

(

GG

)

17

-

23

50

-

70

30

-

42

Pearlitic

CD

C

Ferritic

"

O

Malleable

cast

iron

17

-

23

50

-

70

30

-

42

03

Pearlitic

0

Not

cureable

_

C

Threading

Min

.

dia

.

of

machining

:

03.3

Aluminum

-

wrought

alloy

50

-

70

100

-

150

60

-

84

Cured

Not

cureable

<

12

%

Si

Cured

Aluminum

-

cast

alloy

30

-

40

60

-

100

36

-

48

High

temperature

>

12

%

Si

Free

cutting

>

1

%

Pb

Brass

Copper

alloys

22

-

25

60

-

100

24

-

30

Electrolytic

copper

Duroplatics

,

fiber

plastics

Non

metalic

35

-

45

Hard

rubber

Annealed

Fe

based

Cured

s

High

temperature

alloys

,

Super

alloys

Annealed

15

-

20

15

-

20

18

-

24

Cured

Ni

or

Co

based

Cast

Titanium

alloy

Alpha

+

beta

alloys

cured

12

-

18

40

-

50

15

-

20

Hardened

45

-

50

HRC

Hardened

51

-

55

HRC

Hardend

steel

15

-

20

-

45

18

-

24

H

Hardened

56

-

62

HRC

Chilled

cast

iron

10

-

14

12

-

16

cast

Cast

iron

Hardened

8

-

12

10

-

14

Turning

Tiny

Tool

of

Single

Ended

Turning

Tiny

Tool

of

Single

Ended

Boring

Back

Boring

L

<

>

< >

1

C

j

A

I

£

2

A

D

A

\

f

L

1

L

1

<

-

>

<

>

Detail

A

Detail

A

Designation

F

Dmin

D

L

1

L

R

Designation

F

Dmin

D

L

1

L

H

R

0.5

TT

01

OBR

/

L

04

-

R

0.05

0.5

1.0

3.0

4

39

0.05

TT

030

BBR

/

L

10

-

R

0.10

1.3

3.1

3.0

10

51

0.10

0.8

015

BR

/

L

06

-

R

0.10

0.7

1.5

3.0

6

39

0.10

040

BBR

/

L

10

-

R

0.15

1.6

4.1

4.0

10

51

0.15

217

218

0.8

020

BR

/

L

05

-

R

0.15

0.8

2.1

3.0

6

39

0.15

040

BBR

/

L

15

-

R

0.15

1.6

4.1

4.0

15

51

0.15

1.0

020

BR

/

L

10

-

R

0.15

0.8

2.1

3.0

10

39

0.15

050

BBR

/

L

15

-

R

0.20

2.2

5.1

5.0

51

0.20

15

1.0

030

BR

/

L

10

-

R

0.05

1.3

3.1

3.0

10

39

0.05

050

BBR

/

L

22

-

R

0.20

2.2

5.1

5.0

22

51

0.20

1.8

030

BR

/

L

15

-

R

0.05

1.3

3.1

3.0

15

45

0.05

060

BBR

/

L

15

-

R

0.20

2.8

6.1

6.0

15

51

0.20

030

BR

/

L

15

-

R

0.10

3.1

060

BBR

/

L

22

-

R

0.20

1.8

1.3

3.0

15

39

0.10

2.8

6.1

6.0

22

51

0.20

030

BR

/

L

10

-

R

0.20

1.3

3.1

3.0

10

39

0.20

030

BR

/

L

15

-

R

0.20

1.3

3.1

3.0

15

45

0.20

040

BR

/

L

15

-

R

0.05

1.3

3.1

3.0

15

39

0.05

040

BR

/

L

10

-

R

0.10

1.7

4.1

10

51

0.10

4.0

040

BR

/

L

15

-

R

0.10

1.7

4.1

4.0

15

51

0.10

040

BR

/

L

22

-

RO

.

10

1.7

4.1

4.0

22

51

0.10

040

BR

/

L

10

-

R

0.20

4.1

1.7

4.0

10

51

0.20

040

BR

/

L

15

-

R

0.20

1.7

4.1

4.0

15

51

0.20

040

BR

/

L

22

-

RO

.

20

1.7

4.1

4.0

22

51

0.20

050

BR

/

L

15

-

R

0.10

2.1

5.1

5.0

15

51

0.10

050

BR

/

L

22

-

RO

.

10

2.1

5.1

5.0

22

51

0.10

050

BR

/

L

30

-

R

0.10

2.1

5.1

5.0

30

76

0.10

050

BR

/

L

15

-

R

0.20

2.1

5.1

5.0

15

51

0.20

050

BR

/

L

22

-

RO

.

20

2.1

5.1

22

51

0.20

5.0

050

BR

/

L

30

-

R

0.20

2.1

5.1

5.0

30

76

0.20

060

BR

/

L

15

-

R

0.20

2.8

6.1

6.0

15

51

0.20

060

BR

/

L

22

-

RO

.

20

2.8

6.1

6.0

22

51

0.20

060

BR

/

L

30

-

R

0.20

2.8

6.1

6.0

30

58

0.20

060

BR

/

L

35

-

R

0.20

2.8

6.1

6.0

35

76

0.20

070

BR

/

L

22

-

RO

.

20

3.3

7.1

7.0

22

62

0.20

070

BR

/

L

30

-

R

0.20

3.3

7.1

7.0

30

62

0.20

080

BR

/

L

15

-

R

0.20

3.8

8.1

8.0

15

64

0.20

080

BR

/

L

22

-

RO

.

20

3.8

8.1

8.0

22

64

0.20

080

BR

/

L

35

-

R

0.20

3.8

8.1

8.0

35

76

0.20

100

BR

/

L

35

-

R

0.20

4.8

10.1

10.0

35

80

0.20

Turning

Tiny

Tool

of

Single

Ended

Turning

Tiny

Tool

of

Single

Ended

Profiling

and

Boring

Profiling

and

90

°

Face

Cutting

L

<

-

>

L

A

+

A

L

1

<

>

L

1

<

>

t

k

x

>

Detail

A

Detail

A

Designation

F

Dmin

D

L

1

L

H

R

0.2

TT

01

OBPR

/

L

04

-

R

0.05

0.5

1.0

3.0

4

39

0.05

219

220

015

BPR

/

L

06

-

R

0.10

3.0

0.3

0.7

1.5

6

39

0.10

Dmin

L

1

Designation

F

D

L

H

R

0.5

020

BPR

/

L

05

-

R

0.15

0.8

2.1

3.0

5

39

0.15

0.4

TT

030

BTR

/

L

10

-

R

0.05

1.3

3.1

3.0

10

39

0.05

0.5

020

BPR

/

L

10

-

R

0.15

0.8

2.1

3.0

10

39

0.15

0.4

030

BTR

/

L

15

-

R

0.05

1.3

3.1

3.0

15

39

0.05

030

BPR

/

L

10

-

R

0.05

0.7

1.3

3.1

3.0

10

39

0.05

040

BTR

/

L

10

-

R

0.10

1.7

4.1

4.0

10

51

0.5

0.10

0.7

030

BPR

/

L

15

-

R

0.05

1.3

3.1

3.0

15

45

0.05

0.5

040

BTR

/

L

15

-

R

0.10

1.7

4.1

4.0

15

51

0.10

0.7

030

BPR

/

L

15

-

R

0.10

1.3

3.1

3.0

15

39

0.10

0.7

050

BTR

/

L

15

-

R

0.15

2.1

5.1

5.0

15

51

0.15

0.7

030

BPR

/

L

22

-

RO

.

10

1.3

3.1

3.0

22

47

0.10

050

BTR

/

L

22

-

RO

.

15

0.7

2.1

5.1

5.0

22

51

0.15

030

BPR

/

L

10

-

R

0.20

3.1

3.0

39

0.7

0.20

1.3

10

0.9

060

BTR

/

L

15

-

R

0.15

2.8

6.1

6.0

15

51

0.15

0.7

030

BPR

/

L

15

-

R

0.20

1.3

3.1

3.0

15

45

0.20

060

BTR

/

L

22

-

RO

.

15

2.8

6.1

6.0

22

51

0.9

0.15

0.7

030

BPR

/

L

22

-

RO

.

20

1.3

3.1

22

47

0.20

3.0

080

BTR

/

L

22

-

RO

.

20

3.8

8.1

8.0

22

64

1.1

0.20

040

BPR

/

L

15

-

R

0.10

1.7

4.1

4.0

15

51

0.8

0.10

040

BPR

/

L

22

-

RO

.

10

4.1

4.0

22

51

0.8

0.10

1.7

040

BPR

/

L

10

-

R

0.20

1.7

4.1

4.0

10

51

0.8

0.20

040

BPR

/

L

15

-

R

0.20

1.7

4.1

4.0

15

51

0.8

0.20

040

BPR

/

L

22

-

RO

.

20

4.1

22

0.20

1.7

4.0

51

0.8

050

BPR

/

L

22

-

RO

.

10

2.1

5.1

5.0

22

51

1.2

0.10

050

BPR

/

L

30

-

R

0.10

2.1

5.1

5.0

30

76

1.2

0.10

050

BPR

/

L

15

-

R

0.20

2.1

5.1

5.0

15

51

1.2

0.20

050

BPR

/

L

22

-

RO

.

20

2.1

5.1

5.0

22

51

1.2

0.20

050

BPR

/

L

30

-

R

0.20

2.1

5.1

5.0

30

76

1.2

0.20

060

BPR

/

L

15

-

R

0.20

2.8

6.1

6.0

15

51

1.4

0.20

060

BPR

/

L

22

-

RO

.

20

2.8

6.1

6.0

22

1.4

0.20

51

060

BPR

/

L

30

-

R

0.20

2.8

6.1

6.0

30

76

1.4

0.20

070

BPR

/

L

22

-

RO

.

20

3.3

7.1

7.0

22

62

1.5

0.20

070

BPR

/

L

30

-

R

0.20

3.3

7.1

7.0

30

62

1.5

0.20

080

BPR

/

L

15

-

R

0.20

3.8

8.1

8.0

15

64

1.6

0.20

080

BPR

/

L

22

-

RO

.

20

3.8

8.1

8.0

22

64

1.6

0.20

080

BPR

/

L

35

-

R

0.20

3.8

8.1

8.0

35

76

1.6

0.20

100

BPR

/

L

35

-

R

0.20

4.8

10.1

10.0

35

80

2.0

0.20

Turning

Tiny

Tool

of

Single

Ended

Turning

Tiny

Tool

of

Single

Ended

Copying

and

Boring

Chamfering

and

Boring

L

<

-

>

L

<

r

1

>

I

k

D

>

A

l

>

L

1

<

-

>

Detail

A

Detail

A

Designation

F

Dmin

D

L

1

L

H H

1

R

0.7

0.30

TT

030

BFR

/

L

10

-

R

0.20

1.3

3.1

3.0

10

39

0.20

Designation

F

Dmin

D

L

1

L

H

R

0.8

0.40

040

BFR

/

L

15

-

R

0.20

1.7

4.1

4.0

15

51

0.20

0.8

TT

040

BCR

/

L

10

-

R

0.20

1.8

4.1

4.0

10

51

0.20

1.2

0.70

050

BFR

/

L

15

-

R

0.20

2.1

5.1

5.0

15

51

0.20

0.8

040

BCR

/

L

15

-

R

0.20

1.8

4.1

4.0

15

51

0.20

1.4

0.70

060

BFR

/

L

15

-

R

0.20

2.8

6.1

6.0

15

51

0.20

221

222

0.8

040

BCR

/

L

20

-

R

0.20

1.8

4.1

4.0

22

51

0.20

1.0

050

BCR

/

L

15

-

R

0.20

2.3

5.1

4.0

15

51

0.20

050

BCR

/

L

22

-

R

0.20

1.0

2.3

5.1

5.0

22

51

0.20

Chamfering

and

Profiling

1.4

060

BCR

/

L

15

-

R

0.20

2.8

6.1

6.0

15

51

0.20

1.4

060

BCR

/

L

22

-

R

0.20

2.8

6.1

6.0

22

51

0.20

060

BCR

/

L

30

-

R

0.20

2.8

6.1

6.0

30

58

1.4

0.20

L

080

BCR

/

L

22

-

R

0.20

3.8

8.1

8.0

22

64

1.8

0.20

<

r

>

080

BCR

/

L

27

-

R

0.20

3.8

8.1

8.0

27

64

2.0

0.20

i

Min

.

Bore

Diameter

t

L

1

<

-

>

IF

LS

Detail

A

P

Designation

F

Dmin

D

L

1

L

R

a

45

°

45

°

TT

060

BWR

/

L

15

-

R

0.20

A

90

2.3

1.0

6.0

15

51

0.20

60

°

30

°

060

BWR

/

L

15

-

R

0.20

A

60

2.3

1.0

6.0

15

51

0.20

Turning

Tiny

Tool

of

Single

Ended

Turning

Tiny

Tool

of

Single

Ended

Threading

-

Partial

Profile

Threading

-

Full

Profile

L

A

fez

;

L

1

L

1

<

>

<

-

>

Detail

A

Detail

A

223

224

Pitch

Range

Pitch

Range

Designation

F

Dmin

D

L

1

L

Designation

F

Dmin

D

L

1

L

Thread

Size

a

TPI

mm mm

01

OTR

/

L

05

-

F

60 60

°

0.25

-

0.35

100

-

72

0.55

1.2

1.0

5

39

TT

030

TR

/

L

15

-

050

ISO

60

°

0.50

1.4

3.2

3.0

15

39

M

4

x

0.50

015

TR

/

L

06

-

F

60 60

°

0.35

-

0.45

72

-

56

0.65

1.0

6

39

030

TR

/

L

15

-

070

ISO

60

°

0.70

1.4

3.2

3.0

15

39

M

4

x

0.70

1.4

020

TR

/

L

08

-

F

60 60

°

0.45

-

0.70

56

-

32

2.1

3.0

8

030

TR

/

L

15

-

075

ISO

60

°

0.75

1.4

3.2

3.0

15

39

M

4.5

x

0.75

1.00

39

030

TR

/

L

15

-

F

60 60

°

0.70

-

1.00

15

030

TR

/

L

15

-

360

UN

60

°

15

8

-

36

UNF

32

-

24

1.40

3.2

3.0

39

36

1.4

3.2

3.0

39

0.50

-

1.00

15

8

-

32

UNC

030

TR

/

L

15

-

F

55 55

°

48

-

24

1.40

3.2

3.0

39

030

TR

/

L

15

-

320

UN

60

°

32

1.4

3.2

3.0

39

0.80

-

1.00

15

0.50

15

M

5

x

0.50

040

TR

/

L

15

-

F

60 60

°

32

-

24

1.80

4.1

4.0

51

040

TR

/

L

15

-

050

ISO

60

°

1.8

4.1

4.0

51

0.50

-

1.00

15

0.75

15

M

5

x

0.75

040

TR

/

L

15

-

F

55 55

°

48

-

24

1.80

4.1

4.0

51

040

TR

/

L

15

-

075

ISO

60

°

1.8

4.1

4.0

51

050

TR

/

L

15

-

A

60 60

°

1.00

-

1.25

24

-

20

2.30

5.1

5.0

15

51

040

TR

/

L

15

-

080

ISO

60

°

0.80

1.8

4.1

4.0

15

51

M

5

X

0.80

050

TR

/

L

22

-

A

60 60

°

1.00

-

1.25

24

-

20

2.30

5.1

5.0

22

51

040

TR

/

L

15

-

360

UN

60

°

36

1.8

4.1

4.0

15

51

12

-

36

UNS

050

TR

/

L

15

-

A

55

°

0.50

-

1.25

48

-

20

2.30

5.1

5.0

15

51

040

TR

/

L

15

-

320

UN

60

°

32

1.8

4.1

4.0

15

51

12

-

32

UNEF

050

TR

/

L

22

-

A

55

°

0.50

-

1.25

48

-

20

2.30

5.1

5.0

22

51

050

TR

/

L

15

-

100

ISO

60

°

1.00

2.2

4.9

5.0

15

51

M

6

x

1.00

060

TR

/

L

15

-

A

60

°

050

TR

/

L

15

-

280

UN

60

°

1

/

4

-

28

UNF

1.00

-

1.50

24

-

16

2.60

6.0

15

51

28

2.2

4.9

5.0

15

51

060

TR

/

L

22

-

A

60 60

°

050

TR

/

L

18

-

200

UN

60

°

1

/

4

-

20

UNC

1.00

-

1.50

24

-

16

2.60

6.0

22

51

20

2.3

5.0 5.0

15

51

060

TR

/

L

22

-

125

ISO

060

TR

/

L

15

-

A

55

°

0.50

-

1.50

48

-

16

2.60

6.0 6.0

15

51

60

°

1.25

2.8

6.1

6.0

22

51

M

8

x

1.25

060

TR

/

L

22

-

A

55

°

0.50

-

1.50

48

-

16

2.60

6.0 6.0

22

51

060

TR

/

L

18

-

240

UN

60

°

24

2.8

6.5

6.0

18

51

5

/

16

-

24

UNF

080

TR

/

L

22

-

AG

60

°

1.00

-

2.00

24

-

13

3.60

8.0

22

64

060

TR

/

L

18

-

180

UN

60

°

18

2.8

6.2

6.0

18

51

5

/

16

-

18

UNC

080

TR

/

L

22

-

AG

55 55

°

0.50

-

2.00

48

-

13

3.60

8.0 8.0

22

64

070

TR

/

L

22

-

150

ISO

60

°

1.50

3.3

7.1

7.0

22

62

M

10

x

1.50

100

TR

/

L

35

-

AG

60

°

1.00

-

3.00

24

-

8

4.80

10.1

10.0

35

80

060

TR

/

L

15

-

270

NPT

60

°

27

2.6

5.9

6.0

15

51

1

/

16

-

27

NPT

1

/

8

-

27

NPT

100

TR

/

L

35

-

AG

55 55

°

0.50

-

3.00

48

-

8

4.80

10.1

10.0

35

80

Turning

Tiny

Tool

of

Single

Ended

Turning

Tiny

Tool

of

Single

Ended

Threading

-

Full

Profile

Square

Grooving

L

<

-

>

3

L

1

A

L

1

<

>

L

1

<

-

>

Detail

A

Designation

F

Dmin

D

L

1

L

H

B

0.6

TT

030

GR

/

L

10

-

B

070

1.3

3.1

3.0

10

39

0.70

1.0

040

GR

/

L

10

-

B

100

1.7

4.1

4.0

10

51

1.00

040

GR

/

L

10

-

B

150

1.7

4.1

4.0

10

51

1.0

1.50

Detail

A

050

GR

/

L

15

-

B

100

2.3

5.1

5.0

51

1.2

1.00

15

050

GR

/

L

15

-

B

150

2.3

5.0

51

1.2

5.1

15

1.50

Pitch

Range

Designation

F

Dmin

D

L

1

L

Thread

Size

a

050

GR

/

L

15

-

B

200

1.2

2.3

5.1

5.0

15

51

2.00

TPI

mm

060

GR

/

L

15

-

B

100

1.4

2.8

6.1

6.0

15

51

1.00

1

/

4

-

16

15

TT

040

TR

/

L

15

-

160

ACME

29

°

16

1.8

4.6

4.0

51

1.4

060

GR

/

L

15

-

B

150

2.8

6.1

6.0

15

51

1.50

20

5

/

16

-

14

060

TR

/

L

20

-

140

ACME

29

°

14

2.8

6.0

51

1.4

060

GR

/

L

15

-

B

200

2.8

6.1

6.0

15

51

2.00

22

3

/

8

-

12

070

TR

/

L

22

-

120

ACME

29

°

12

3.3

7.2

7.0

62

1.7

080

GR

/

L

22

-

B

100

3.8

8.1

8.0

22

64

1.00

2.0

25

Tr

9

x

2.0

Tr

10

x

2.0

Tr

11

x

2.0

Tr

12

x

2.0

070

TR

/

L

25

-

200

TR

30

°

3.2

6.9

7.0

62

1.7

080

GR

/

L

22

-

B

150

3.8

8.1

8.0

22

64

1.50

3.0

35

Tr

11

x

3.0

Tr

12

x

3.0

070

TR

/

L

35

-

300

TR

30

°

3.3

7.5

7.0

62

225

226

080

GR

/

L

22

-

B

200

3.8

8.1

8.0

22

64

2.6

2.00

2.0

35

Tr

14

x

2.0

Tr

16

x

2.0

Tr

18

x

2.0

Tr

20

x

2.0

100

TR

/

L

35

-

200

TR

30

°

4.8

11.0

10.0

73

3.0

35

Tr

14

x

3.0

Tr

22

x

3.0

Tr

24

x

3.0

Tr

26

x

3.0

Tr

28

x

3.0

100

TR

/

L

35

-

300

TR

30

°

4.8

10.5

10.0

73

100

TR

/

L

45

-

400

TR

30

°

4.0

4.8

11.5

10.0

45

105

Tr

16

x

4.0

Tr

18

x

4.0

Tr

20

x

4.0

100

TR

/

L

55

-

500

TR

30

°

5.0

4.8

11.0

10.0

55

105

Tr

22

x

5.0

Tr

24

x

5.0

Tr

28

x

5.0

Full

Radius

Grooving

Threading

Relief

,

Chamfering

and

Grooving

L

-

>

L

A

1

LJ

L

1

<

-

>

Detail

A

Designation

F

Dmin

D

L

1

L

H

W

R

i

k

TT

040

GRR

/

L

10

-

W

100

1.7

4.1

4.0

10

51

1.0

1.00

0.50

H

\

f

>

<

040

GRR

/

L

10

-

W

150

4.1

4.0

10

51

1.0

1.50

0.75

1.7

050

GRR

/

L

15

-

W

100

2.3

1.2

0.50

5.1

5.0

15

51

1.00

050

GRR

/

L

15

-

W

150

1.2

0.75

2.3

5.1

5.0

15

51

1.50

Detail

A

050

GRR

/

L

15

-

W

200

1.2

1.00

2.3

5.1

5.0

15

51

2.00

Designation

F

Dmin

D

L

1

L

H

B

R

1.6

0.50

060

GRR

/

L

15

-

W

100

2.8

6.1

6.0

15

51

1.00

1.6

0.75

060

GRR

/

L

15

-

W

150

2.8

6.1

6.0

15

51

1.50

0.8

1.50

TT

040

TDR

/

L

18

-

R

0.50

1.8

4.1

4.0

18

51

0.5

1.2

1.50

050

TDR

/

L

24

-

R

0.50

2.3

5.1

5.0

24

51

0.5

1.6

1.00

060

GRR

/

L

15

-

W

200

2.8

6.1

6.0

15

51

2.00

060

TDR

/

L

27

-

R

0.50

1.4

1.50

2.8

6.1

6.0

27

58

0.5

Full Radius Face Grooving

Designation

F

Dmin

D

L1

L

T

W

R

TT

040GRFR/L 15-W100

1.95

5.0

4.0

15

51

1.2

1.00

0.50

040GRFR/L 15-W150

1.95

5.0

4.0

15

51

1.5

1.50

0.75

050GRFR/L 22-W100

2.45

6.0

5.0

22

51

1.2

1.00

0.50

050GRFR/L 22-W150

2.45

6.0

5.0

22

51

1.5

1.50

0.75

050GRFR/L 22-W200

2.45

6.0

5.0

22

51

2.5

2.00

1.00

060GRFR/L 22-W100

2.95

8.0

6.0

22

51

1.2

1.00

0.50

060GRFR/L 22-W150

2.95

8.0

6.0

22

51

1.5

1.50

0.75

060GRFR/L 22-W200

2.95

8.0

6.0

22

51

2.5

2.00

1.00

Boring

Designation

φd

Dmin

l

L

a

S

TT

030BR/L 10-R0.20-2

3.0

3.2

10

40

0.50

1.4

030BR/L 15-R0.20-2

3.0

3.2

15

50

0.50

1.4

040BR/L 10-R0.20-2

4.0

4.2

10

40

0.60

1.9

040BR/L 15-R0.20-2

4.0

4.2

15

50

0.60

1.9

040BR/L 20-R0.20-2

4.0

4.2

20

60

0.60

1.9

060BR/L 10-R0.20-2

6.0

6.2

10

45

0.75

2.9

060BR/L 15-R0.20-2

6.0

6.2

15

55

0.75

2.9

060BR/L 20-R0.20-2

6.0

6.2

20

60

0.75

2.9

080BR/L 10-R0.20-2

8.0

8.2

10

50

0.80

3.9

080BR/L 20-R0.20-2

8.0

8.2

20

70

0.80

3.9

080BR/L 30-R0.20-2

8.0

8.2

30

80

0.80

3.9

100BR/L 15-R0.20-2

10.0

10.2

15

60

1.00

4.9

100BR/L 25-R0.20-2

10.0

10.2

25

80

1.00

4.9

100BR/L 35-R0.20-2

10.0

10.2

35

100

1.00

4.9

Turning

Tiny

Tool

of

Single

Ended

Turning

Tiny

Tool

of

Single

Ended

Square

Face

Grooving

Min

.

Bore

L

Diameter

<

-

>

T

:

Min

.

Bore

Diameter

<

-

>

L

1

LL

A

-

m

R

0.1

TYP

x

2

Detail

A

R

0.1

TYP

x

2

T

Min

.

Bore

Diameter

L

7

|

j

<

>

4

.

<

>

L

1

Detail

A

227

F

Designation

Dmin

D

L

1

L

B

T

Left

Right

1.95

15

0.75

1.20

040

GFR

/

L

15

-

B

075

1.75

5.0

4.0

51

1.95

15

1.00 1.50

040

GFR

/

L

15

-

B

100

1.75

5.0

4.0

51

1.95

15

1.50

2.80

040

GFR

/

L

15

-

B

150

1.75

5.0

4.0

51

2.45

22

0.75

1.20

050

GFR

/

L

22

-

B

075

2.25

6.0

5.0

51

050

GFR

/

L

22

-

B

100

2.45

2.25

6.0

5.0

22

51

1.00

1.50

050

GFR

/

L

22

-

B

150

2.45

2.25

6.0

5.0

22

1.50

2.50

51

050

GFR

/

L

22

-

B

200

2.45

22

2.00

3.80

2.25

6.0

5.0

51

060

GFR

/

L

22

-

B

100

2.95 2.75

8.0

5.0

22

51

1.00

1.50

060

GFR

/

L

22

-

B

150

2.95 2.75

8.0

6.0

22

51

1.50

2.50

060

GFR

/

L

22

-

B

200

2.95 2.75

8.0

6.0

22

51

2.00

3.00

060

GFR

/

L

22

-

B

250

2.95 2.75

8.0

6.0

22

51

2.50

4.80

060

GFR

/

L

30

-

B

300

2.95 2.75

8.0

6.0

30

58

3.00

6.00

080

GFR

/

L

22

-

B

250

3.95 3.75

10.0

8.0

22

64

2.50

3.60

Turning

Tiny

Tool

of

Single

Ended

Turning

Tiny

Tool

of

Single

Ended

Copying

and

Boring

Chamfering

and

Boring

1

a

0

d

a

0

d

l

R

0.2

L

I

s

Designation

Dmin

L

W

cpd

a

I

Designation

Dmin

L

S

cpd

TT

040

BFR

/

L

10

-

R

0.20

-

2

4.0

4.2

10

40

1.0

1.9

0.8

a

040

BFR

/

L

15

-

R

0.20

-

2

4.0

4.2

15

50

1.0

1.9

0.8

040

BCR

/

L

10

-

R

0.20

-

2

1.0

TT

4.0

4.2

10

40

1.9

040

BFR

/

L

20

-

R

0.20

-

2

4.0

4.2

20

60

1.0

1.9

0.8

1.0

040

BCR

/

L

15

-

R

0.20

-

2

4.0

4.2

15

50

1.9

060

BFR

/

L

10

-

R

0.20

-

2

6.0

6.2

10

45

1.2

2.9

1.4

1.0

040

BCR

/

L

20

-

R

0.20

-

2

4.0

4.2

10

60

1.9

060

BFR

/

L

15

-

R

0.20

-

2

1.2

1.4

6.0

6.2

15

55

2.9

1.3

060

BCR

/

L

10

-

R

0.20

-

2

6.0

6.2

15

45

2.9

060

BFR

/

L

20

-

R

0.20

-

2

6.0

6.2

20

60

1.2

2.9

1.4

1.3

060

BCR

/

L

15

-

R

0.20

-

2

6.0

6.2

20

55

2.9

1.3

060

BCR

/

L

20

-

R

0.20

-

2

6.0

6.2

10

60

2.9

Square

Grooving

f

s

Back

Boring

t

mi

a

W

0

d

229

230

i

LJ

\

i

S

L

t

1

a

0

d

W

R

0.2

I

s

Designation

Dmin

L

W

cpd

a

£

TT

030

GR

/

L

10

-

B

100

-

2

3.0

3.2

10

40

0.8

1.4

1.0

030

GR

/

L

10

-

B

150

-

2

3.0

3.2

10

40

0.8

1.4

1.5

L

030

GR

/

L

15

-

B

100

-

2

3.0

3.2

15

50

0.8

1.4

1.0

030

GR

/

L

15

-

B

150

-

2

0.8

1.5

3.0

3.2

15

50

1.4

040

GR

/

L

10

-

B

100

-

2

4.0

4.2

10

40

1.4

1.9

1.0

I

Designation

Dmin

L

S

W

cpd

a

040

GR

/

L

20

-

B

100

-

2

4.0

4.2

20

60

1.4

1.9

1.0

040

GR

/

L

10

-

B

150

-

2

4.0

4.2

10

40

1.4

1.9

1.5

TT

030

BBR

/

L

10

-

R

0.20

-

2

3.0

3.2

10

40

0.8

1.4

1.5

040

GR

/

L

20

-

B

150

-

2

4.0

4.2

20

60

1.4

1.9

1.5

030

BBR

/

L

15

-

R

0.20

-

2

3.0

0.8

1.5

3.2

15

50

1.4

040

GR

/

L

10

-

B

200

-

2

4.0

4.2

10

40

1.4

1.9

2.0

040

BBR

/

L

10

-

R

0.20

-

2

1.3

2.0

4.0

4.2

10

40

1.9

040

GR

/

L

20

-

B

200

-

2

4.0

4.2

20

60

1.4

1.9

2.0

1.3

2.0

040

BBR

/

L

15

-

R

0.20

-

2

4.0

4.2

15

50

1.9

060

GR

/

L

10

-

B

100

-

2

6.0

6.2

10

45

1.8

2.9

1.0

1.3

2.0

040

BBR

/

L

20

-

R

0.20

-

2

4.0

4.2

20

60

1.9

060

GR

/

L

20

-

B

100

-

2

6.0

6.2

20

65

1.8

2.9

1.0

1.9

2.0

060

GR

/

L

10

-

B

150

-

2

6.0

6.2

10

45

1.8

2.9

1.5

060

BBR

/

L

10

-

R

0.20

-

2

6.0

6.2

10

45

2.9

060

GR

/

L

20

-

B

150

-

2

6.0

6.2

20

65

1.8

2.9

1.5

1.9

2.0

060

BBR

/

L

15

-

R

0.20

-

2

6.0

6.2

15

55

2.9

060

GR

/

L

10

-

B

200

-

2

6.0

6.2

10

1.8

2.9

2.0

45

1.9

2.0

060

BBR

/

L

20

-

R

0.20

-

2

6.0

6.2

20

60

2.9

060

GR

/

L

20

-

B

200

-

2

6.0

6.2

20

65

1.8

2.9

2.0

060

GR

/

L

10

-

B

250

-

2

6.0

6.2

10

45

2.0

2.9

2.5

060

GR

/

L

20

-

B

250

-

2

6.0

6.2

20

65

2.0

2.9

2.5

080

GR

/

L

20

-

B

150

-

2

8.0

8.2

20

70

2.5

3.9

1.5

080

GR

/

L

20

-

B

200

-

2

8.0

8.2

20

70

2.5

3.9

2.0

080

GR

/

L

20

-

B

250

-

2

8.0

8.2

20

70

3.5

3.9

2.5

080

GR

/

L

20

-

B

300

-

2

8.0

8.2

20

70

3.5

3.9

3.0

100

GR

/

L

25

-

B

150

-

2

10.0

10.2

25

80

2.5

4.9

1.5

100

GR

/

L

25

-

B

200

-

2

10.0

10.2

25

80

2.5

4.9

2.0

100

GR

/

L

25

-

B

250

-

2

10.0

10.2

25

80

3.5

4.9

2.5

100

GR

/

L

25

-

B

300

-

2

10.0

10.2

25

80

3.5

4.9

3.0

Turning

Tiny

Tool

of

Single

Ended

Turning

Tiny

Tool

of

Single

Ended

Full

Radius

Grooving

Threading

i

s

t

\

/

Tal

s

a

w

15

0

d

0

d

R

0.05

V

,

w

;

R

=

W

/

2

50

i

0

°

L

Pitch

I

Designation

Dmin

L

S

w

R

cpd

a

0

°

Designation

Dmin

L

S

W

f

cpd

a

TPI

mm

0.8

0.40

TT

030

GRR

/

L

10

-

W

080

-

2

3.0

3.2

10

40

1.4

030

TR

/

L

15

-

F

60

-

2

1.2

0.6

0.5

-

1.0

48

-

24

60

°

TT

3.0

3.3

50

1.45

0.8

0.40

030

GRR

/

L

15

-

W

080

-

2

3.0

3.2

15

50

1.4

1.2

0.6

0.5

-

1.0

48

-

24

55

°

030

TR

/

L

15

-

F

55

-

2

3.0

3.3

50

1.45

1.0

0.50

040

GRR

/

L

10

-

W

100

-

2

4.0

4.2

10

40

1.9

1.2

0.6

0.5

-

1.0

48

-

24

60

°

040

TR

/

L

15

-

F

60

-

2

4.0

4.3

50

1.95

040

GRR

/

L

20

-

W

100

-

2

4.0

4.2

20

60

1.0

1.9

1.0

0.50

1.2

0.6

0.5

-

1.0

48

-

24

55

°

040

TR

/

L

15

-

F

55

-

2

4.0

4.3

50

1.95

060

GRR

/

L

10

-

W

100

-

2

6.0

6.2

10

45

2.0

2.9

1.0

0.50

2.2

2.0

1.0

0.5

-

1.5

28

-

16

60

°

060

TR

/

L

15

-

A

60

-

2

6.0

6.2

50

2.90

060

GRR

/

L

20

-

W

100

-

2

6.0

6.2

20

2.0

2.9

1.0

0.50

65

2.2

2.0

1.0

0.5

-

1.5

28

-

16

55

°

060

TR

/

L

15

-

A

55

-

2

6.0

6.2

50

3.90

060

GRR

/

L

10

-

W

150

-

2

2.0

1.5

0.75

6.0

6.2

10

45

2.9

060

GRR

/

L

20

-

W

150

-

2

2.0

1.5

0.75

6.0

6.2

20

65

2.9

060

GRR

/

L

10

-

W

200

-

2

6.0

6.2

10

45

2.0

2.9

2.0

1.00

060

GRR

/

L

20

-

W

200

-

2

6.0

6.2

20

65

2.0

2.9

2.0

1.00

a

.

b

080

GRR

/

L

20

-

W

100

-

2

8.0

8.2

20

70

2.3

3.9

1.0

0.50

T

+

i

—

r

+

j

—

LU

_

j

!

i

_

r

-

r

i i

080

GRR

/

L

20

-

W

150

-

2

8.0

8.2

20

70

2.3

3.9

1.5

0.75

080

GRR

/

L

20

-

W

200

-

2

8.0

8.2

20

70

2.3

3.9

2.0

1.00

'

JH

100

GRR

/

L

25

-

W

100

-

2

10.0

10.2

25

80

2.8

4.9

1.0

0.50

a

.

b

,

c

4

.

100

GRR

/

L

25

-

W

150

-

2

10.0

10.2

25

80

2.8

4.9

1.5

0.75

231

232

ili

_

jJa

_

JJJ

_

r

10

OGRR

/

L

25

-

W

200

-

2

10.0

10.2

25

80

2.8

4.9

2.0

1.00

'

JH

Square

Face

Grooving

Spart

Parts

Designation

b

OD

H

L

Screw

Wrench

Fig

.

cpd

a

c

TSL

0316

-

100

L

3.0

5.0

16

14

100

S

3

L

1.5

1

0416

-

100

L

4.0

5.0

6

16

14

100

S

4

L

2.0

1

W

0

d

0516

-

100

L

5.0 5.0

8

16

14

100

S

4

L

2.0

1

a

16

100

S

4

L

2.0

2

0616

-

100

L

6.0

5.0

6

14

L

S

4

0716

-

100

L

7.0

5.0

6

8

16

14

100

L

2.0

2

S

4

0816

-

100

L

8.0

5.0

10

16

14

100

L

2.0

2

1016

-

100

L

10.0

5.0

10 10

16

14

100

S

5

L

2.0

2

S

Designation

Dmin

L

W

cpd

a

0320

-

100

L

3.0

5.0

20

18

100

S

3

L

1.5

1

1.4

1.0

TT

040

GFR

/

L

00

-

B

100

-

2

4.0

6.0

50

1.8

0420

-

100

L

4.0

5.0

6

20

18

100

S

4

L

2.0

1

1.4

1.5

040

GFR

/

L

00

-

B

150

-

2

4.0

6.0

50

1.8

0520

-

100

L

5.0 5.0

8

20

18

100

S

4

L

2.0

1

1.5

1.0

060

GFR

/

L

00

-

B

100

-

2

6.0

8.5

50

2.9

0620

-

100

L

6.0

5.0

6

8

20

18

100

S

4

L

2.0

2

060

GFR

/

L

00

-

B

150

-

2

6.0

8.5

50

2.0

2.9

1.5

0720

-

100

L

7.0

5.0

6

8

20

18

100

S

4

L

2.0

2

060

GFR

/

L

00

-

B

200

-

2

6.0

8.5

50

2.5

2.9

2.0

S

4

0820

-

100

L

8.0

5.0

10

20

18

100

L

2.0

2

080

GFR

/

L

00

-

B

100

-

2

8.0

10.4

70

1.5

3.9

1.0

S

5

1020

-

100

L

10.0

5.0

10

20

18

100

L

2.0

2

080

GFR

/

L

00

-

B

150

-

2

8.0

10.4

70

2.0

3.9

1.5

0325

-

100

L

3.0

5.0

25

23

100

S

3

L

1.5

1

080

GFR

/

L

00

-

B

200

-

2

8.0

10.4

70

2.5

3.9

2.0

0425

-

100

L

4.0

5.0

6

25

23

100

S

4

L

2.0

1

10

OGFR

/

L

00

-

B

200

-

2

10.0

12.4

80

2.5

4.9

2.0

0525

-

100

L

5.0

8

25

23

100

S

4

L

2.0

1

10

OGFR

/

L

00

-

B

250

-

2

10.0

12.4

80

3.0

4.9

2.5

0625

-

100

L

6.0

5.0

6

8

25

23

100

S

4

L

2.0

2

10

OGFR

/

L

00

-

B

300

-

2

10.0

12.4

80

3.5

4.9

3.0

0725

-

100

L

7.0

5.0

6

8

25

23

100

S

4

L

2.0

2

10

OGFR

/

L

00

-

B

350

-

2

10.0

12.4

80

4.0

4.9

3.5

0825

-

100

L

8.0

5.0

10 10

25

23

100

S

4

L

2.0

2

10

OGFR

/

L

00

-

B

400

-

2

10.0

12.4

80

4.5

4.9

4.0

1025

-

100

L

10.0

5.0

10 10

25

23

100

S

5

L

2.0

2

10

OGFR

/

L

00

-

B

450

-

2

10.0

12.4

80

5.0

4.9

4.5

Milling

Tiny

Tool

01

Technical

Information

for

Milling

Tiny

Tool

Squre

Grooving

MillingMilling

tiny

tool

code

system

L

No

.

of

flutes

The

Approximate

cutting

length

Shank

Dia

Cutting

Dia

Type

of

operation

Process

figure

Carbide

Grades

Main

code

•

Same

Tool

for

Internal

and

External

Grooving

Main

Code

Shank

Diameter

Cutting

Diameter

03

:

3

mm

04

:

4

mm

05

:

5

mm

06

:

6

mm

08

:

8

mm

10

:

10

mm

12

:

12

mm

015

:

1

,

5

mm

05

:

5.0

mm

06

:

6.0

mm

10

:

10.0

mm

Groove

Dia

.

(

min

.

)

Designation

W

±

0.02

T

Max

.

d

D

No

.

of

Flutes

I

L

TT

=

Tiny

Tool

0606

G

C

08

W

08

6

3

8

58

TT

0.8

cp

>

6

6.0

08078

G

D

10

W

10

8

4

10

64

1.0

1.2

q

>

8

7.8

10

4

20

73

10098

G

D

20

W

12

1.2

1.4

cp

>

10

9.8

16

5

30

101

1616

G

E

30

W

14

1.4

1.8

cp

>

16

16.0

Type

of

Operation

No

.

of

Flutes

The

Approximate

Cutting

Length

16

5

40

101

1616

G

E

40

W

17

1.7

2.0

cp

>

16

16.0

m

16

5

45

101

1616

G

E

45

W

19

2.0

2.2

cp

>

16

16.0

G

:

Grooving

C

:

Chamfering

C

=

3

D

=

4

E

=

5

F

=

6

8

=

8.0

mm

10

=

10.0

mm

40

=

40.0

mm

233

234

Full

Radius

Grooving

Milling

L

Process

Figure

Carbide

Grades

iiiacm

•

Same

Tool

for

Internal

and

External

Grooving

W

=

Grooving

Width

08

=

0.8

mm

10

=

1.0

mm

R

=

Round

Radius

05

=

0.5

mm

06

=

0.6

mm

09

=

0.9

mm

10

=

1.0

mm

15

=

1.5

mm

Chamfering

:

Profile

Angle

A

90

=

90

°

A

60

=

60

°

A

45

=

45

°

TTIP

30

TTIM

45

TTIS

30

Groove

Dia

.

(

min

.

)

No

.

of

Flutes

Designation

R

W

±

0.02

T

Max

.

d

D

I

L

0.5

6

3

8

58

TT

0606

G

C

08

R

05

1.0

0.8

cp

>

6

6.0

0.5

10

16

73

10088

GD

16

R

05

1.0 1.0

cp

>

8.8

4

0.6

10

20

73

1010

G

D

20

R

06

1.2

1.0

cp

>

10

10.0

4

1212

G

D

30

R

09

0.9

1.8

1.4

cp

>

12

4

30

84

12.0

1616

G

E

40

R

10

1.0

2.0

1.6

cp

>

16

5

40

101

16.0

1616

G

E

40

R

15

1.5

2.2

16

5

40

101

3.0

cp

>

16

16.0

Milling

Tiny

Tool

Milling

Tiny

Tool

Mini

Chamfering

Mini

Chamfering

of

Dovetail

L

<

-

>

<

>

I

>

d

A

H

v

B

Detail

A

>

0.2

>

Detail

A

No

.

of

Flutes

No

.

of

Flutes

Designation

d

D

I

H

B

L

Designation

d

D

I

H

L

a

03015

CC

03

A

90

3.0

1.5

90

°

3

39

03015

C C

04

A

45

3.0

0.3

45

°

3

39

TT

3.8

0.3

0.4

TT

1.5

4.5

0302

C C

05

A

90

3.0

90

°

3

39

0302

C C

06

A

45

3.0

45

°

3

39

2.0

5.0 0.4

0.5

2.0

6.0

0.4

6.3

3.0

90

°

3

39

3.0

45

°

3

39

03025

C C

06

A

90

2.5

0.5

0.6

03025

C C

07

A

45

2.5

7.5

0.5

3.0

90

°

3

39

3.0

45

°

3

39

0303

C C

07

A

90

3.0

7.5

0.6

0.7

0303

C C

12

A

45

3.0

12.0

0.6

12.0

14.0

3.0

90

°

3

39

4.0

45

°

3

51

0303

C C

12

A

90

3.0

0.6

0.7

04035

C C

14

A

45

3.5

0.7

4.0

90

°

3

51

4.0

45

°

3

51

04035

C C

09

A

90

3.5

8.8

0.7

0.8

0404

C C

16

A

45

4.0

0.8

16.0

04035

C C

14

A

90

4.0

3.5

14.0

0.7

0.8

90

°

3

51

05045

CC

18

A

45

5.0

4.5

18.0

1.0

45

°

3

51

235

236

0404

C C

10

A

90

4.0 4.0

10.0

0.8

0.9

90

°

3

51

0505

C

20

A

45

5.0 5.0

20.0

1.1

45

°

3

51

0404

C C

16

A

90

4.0

16.0

0.8

0.9

90

°

3

51

06055

C

22

A

45

6.0

22.0

1.2

45

°

3

58

5.5

05045

C C

11

A

90

11.3

1.1

90

°

0606

C C

24

A

45 45

°

5.0

4.5

1.0

3

51

6.0

24.0

1.5

3

58

05045

CC

18

A

90 90

°

5.0

4.5

18.0

1.0

1.1

3

51

0505

C C

12

A

90

5.0 5.0

12.5

1.1

1.2

90

°

3

51

0505

C C

20

A

90

5.0 5.0

20.0

1.1

1.2

90

°

3

51

06055

CC

13

A

90

6.0

5.5

13.8

1.2

1.3

90

°

3

51

06055

C

22

A

90

6.0

5.5

22.0

1.2

1.3

90

°

3

58

0606

C C

15

A

90

6.0

15.0

1.5

1.6

90

°

3

51

0606

C C

24

A

90

6.0

24.0

1.5

1.6

90

°

3

58

0808

C

D

28

A

90

8.0

28.0

1.6

1.7

90

°

4

64

1010

C

E

35

A

90

10.0

35.0

1.8

90

°

73

5

1212

C

F

42

A

90

12.0

42.0

2.1

2.2

90

°

6

84

0302

C C

05

A

60

3.0

0.3

60

°

3

39

2.0

5.0 0.4

0303

C C

07

A

60

°

3.0 3.0

7.5

0.6

0.3

3

39

04035

C

09

A

90

4.0

3.5

8.8

0.7

0.5

60

°

3

51

0404

C C

10

A

60

4.0 4.0

10.0

0.8

0.5

60

°

3

51

05045

C C

11

A

60

5.0

4.5

11.3

1.0

0.6

60

°

3

51

0505

C C

12

A

60

5.0

12.5

1.1

0.7

60

°

3

51

SOLID

ENDMILLS

I

SOLID

ENDMILLS

d

\

CONTENTS

Solid

Cermet

Endmills

General

Application

Solid

Endmills

Micro

Endmills

238

Rib

Endmills

High

-

Performance

Solid

Cermet

Endmills

High

-

Performance

Solid

Cermet

Endmills

Cermet

optimised

end

geometry

Increase

in

shearing

action

Improve

comer

stablity

Enlarged

core

design

Increase

tool

rigidity

for

less

deflection

Ball

nose

,

Medium

cut

length

,

2

flute

i

c

I

Ap

1

max

L

TTIN

30

grade

1

Enable

highest

cutting

speeds

Maximum

processing

to

HRC

65

Catalogue

Desighantion

Order

Number

D

1

D

Ap

1

max

L

R

Z

N

30

0400402

R R

002

x

004

-

50

L

50

2.0

2

4 4

8

Flat

endmill

,

Medium

cut

length

,

4

flute

0500602

R R

025

x

006

-

50

L

5

6

10

50

2.5

2

0600602

R

003

x

006

-

50

L

6 6

12

50

3.0

2

0600602

RL

R

003

x

006

-

70

L

6 6

12

70

3.0

2

0800802

R R

004

x

008

-

60

L

8

16

60

4.0

2

0800802

RL

R

004

x

008

-

100

L

8

16

100

4.0

2

Rc

1001002

R

005

x

010

-

75

L

10 10

20

75

5.0

2

1001002

RL

R

005

x

010

-

100

L

10 10

20

100

5.0

2

D

1

D

1201202

R R

006

x

012

-

75

L

12

20

75

6.0

2

239

240

1201202

RL

R

006

x

012

-

100

L

12

20

100

6.0

2

Ap

1

max

L

Catalogue

Desighantion

Order

Number

D

1

D

Ap

1

max

L

Z

RE

N

30

04004042

D

004

x

004

-

50

L

-

R

0.2

4

12

50

4

0.2

Application

Date

05006042

D

005

x

006

-

50

L

-

R

0.2

5

6

15

50

4

0.2

06006042

D

006

x

006

-

50

L

-

R

0.2

6 6

16

50

4

0.2

R

.

P

.

M

n

(

min

-

1

)

Feed

vf

(

mm

/

min

)

Cutting

Depth

ap

(

mm

)

06006042

L

D

006

x

006

-

70

L

-

R

0.2

6 6

16

70

4

0.2

Diameter

08008042

D

008

x

008

-

60

L

-

R

0.2

8 8

20

60

4

0.2

08008042

L

D

008

x

008

-

100

L

-

R

0.2

8 8

20

100

4

0.2

4

8000

-

10000

1500

-

3000

0.05

-

0.12

10010042

D

010

x

010

-

75

L

-

R

0.2

10

25

75

4

0.2

5

7000

-

9000

1500

-

3000

0.05

-

0.12

10010042

L

D

010

x

010

-

100

L

-

R

0.2

10

25

100

4

0.2

6

6500

-

8000

1500

-

3000

0.05

-

0.15

12012042

D

012

x

012

-

75

L

-

R

0.2

12 12

25

4

0.2

75

8

6000

-

7000

1500

-

3000

0.05

-

0.20

12012042

L

D

012

x

012

-

100

L

-

R

0.2

12 12

25

0.2

100

4

10

5000

-

6000

1500

-

3000

0.05

-

0.25

04004045

D

004

x

004

-

50

L

-

R

0.5

4

12

50

4

0.5

12

4500

-

5500

1500

-

3000

0.05

-

0.30

05006045

D

005

x

006

-

50

L

-

R

0.5

5

6

15

50

4

0.5

06006045

D

006

x

006

-

50

L

-

R

0.5

6 6

16

50

4

0.5

06006045

L

D

006

x

006

-

70

L

-

R

0.5

6 6

16

70

4

0.5

08008045

D

008

x

008

-

60

L

-

R

0.5

8 8

20

60

0.5

4

08008045

L

D

008

x

008

-

100

L

-

R

0.5

8 8

20

100

4

0.5

10010045

D

010

x

010

-

75

L

-

R

0.5

10

25

75

4

0.5

10010045

L

D

010

x

010

-

100

L

-

R

0.5

10

25

100

4

0.5

12012045

D

012

x

012

-

75

L

-

R

0.5

12 12

25

75

4

0.5

12012045

L

D

012

x

012

-

100

L

-

R

0.5

12

25

100

0.5

4

High

-

Performance

Solid

Cermet

Endmills

High

-

Performance

Solid

Cermet

Endmills

Application

Information

HI

Wear

Indication

•

Nickel

-

based

high

-

temperature

alloys

.

•

Cobalt

-

based

alloys

after

consulting

technical

assistance

.

•

P

6

and

M

1

-

3

stainless

steels

after

consulting

technical

assistance

.

•

Do

not

apply

on

iron

-

based

high

-

temperature

alloys

.

Materials

to

cut

End

of

Tool

Life

New

Used

\

/

•

Maximum

RPM

machine

can

provide

recommended

cutting

speed

:

250

-

1000

m

/

min

.

•

Highly

dynamic

machines

recommended

.

•

Use

of

spindle

speeders

applicable

(

no

wet

coolant

)

.

Cutting

Speed

/

\

•

Referto

cutting

data

recommendation

.

•

General

starting

condition

fz

0

,

03

mm

/

z

.

Feed

Rate

Wear

rate

0.48

mm

still

good

to

use

Wear

rate

1

,

4

mm

,

End

of

tool

life

reached

•

Referto

cutting

data

recommendation

.

•

General

starting

condition

ap

0

,

5

mm

.

Causes

of

and

Remedies

for

End

Milling

Problems

Depth

of

cut

problem

cause

remedy

cause

•

Power

cool

nozzle

preferred

to

flush

chips

away

.

•

Pressurised

air

applicable

.

•

Minimal

Quantity

Lubrication

(

MQL

)

and

dry

applicable

.

•

No

coolant

with

emulsion

or

oil

due

to

thermal

shock

.

Coolant

•

Use

undersize

end

mills

that

leave

stock

for

finishing

operation

.

•

Replace

tool

as

end

of

tool

life

reached

.

•

Check

tool

runout

.

•

Softness

of

material

to

cut

.

•

Excessive

wear

on

radii

.

Excessive

burr

formation

•

Hydraulic

chuck

with

or

without

sleeve

preferred

.

•

Collet

or

milling

power

chucks

applicable

.

•

Balancing

at

25

,

000

RPM

(

2

,

5

G

)

preferred

.

•

Shrink

adaptation

not

recommended

.

241

242

Adaptation

•

Vibration

of

the

workpiece

.

•

Unstable

tool

clamping

.

•

Use

of

6

-

flute

tooling

in

slotting

.

•

Check

workpiece

and

tool

clamping

.

•

Use

of

4

-

flute

EADE

recommended

.

Sudden

breakage

Roughing

Appliaction

Yes

Chips

sticking

•

Lack

of

cutting

speed

.

•

Increase

cutting

speed

.

Finishing

Application

Yes

•

Conventional

milling

preferred

at

lower

speeds

.

•

Climb

milling

preferred

at

higher

speeds

.

Milling

Strategy

•

Check

workpiece

and

tool

clamping

.

•

Reduce

cutting

speed

during

initial

cut

and

increase

as

cutting

continues

.

•

Unstable

tool

and

/

or

workpiece

clamping

.

•

Initial

cutting

speed

too

high

.

Chipping

•

Slotting

and

pocketing

.

•

Common

sizes

and

undersize

leaving

finishing

stock

.

•

Side

milling

possible

up

to

ap

max

with

increased

feed

.

•

Non

-

centre

cutting

.

•

Ramping

and

helical

interpolation

possible

under

2.5

°

.

2

and

4

-

Flute

Thermal

cracks

•

Wet

coolant

.

•

Do

not

use

wet

coolant

.

•

Profiling

and

face

milling

.

•

Non

-

centre

cutting

.

•

Side

milling

possible

up

to

a

p

max

with

increased

feed

.

•

Ramping

and

helical

interpolation

possible

under

2

°

.

Ball

Nose

General

Application

Solid

Endmills

General

Application

Solid

Endmills

Flatendmill

,

Medium

cut

length

,

2

flute

Flat

end

mill

,

Medium

cut

length

,

Long

Shank

2

flute

1

-

dh

6

dh

6

D

ap

\

<

*

r

L

TiA

&

N

Length

of

Overall

Lentgh

Shank

Dia

.

No

.

of

Flutes

Length

of

Overall

Lentgh

Shank

Dia

.

No

.

of

Flutes

Feed

Dia

.

Grade

Feed

Dia

.

Grade

Cut Cut

Order

Number

Order

Number

mm

/

tooth

mm

/

tooth

D

L

dh

6

Z

TPU

505

TPU

515

TPU

525

D

L

dh

6

Z

TPU

505

TPU

515

TPU

525

ap

0100302

0.008

-

0.030

1.0

3

50

3

2

0400402

M

0.020

-

0.050

4.0

11

2

75

4

0100402

0.008

-

0.030

1.0

3

50

4

2

0400402

L

0.020

-

0.050

4.0

11

100

4

2

0150302

0.008

-

0.030

1.5

4

50

3

2

0600602

M

0.030

-

0.076

6.0

16

75

6

2

0150402

0.008

-

0.030

1.5

4

50

4

2

0600602

L

0.030

-

0.076

6.0

16

100

6

2

0200302

0.010

-

0.030

2.0

6

50

3

2

0600602

S

0.030

-

0.076

6.0

16

150

6

2

0200402

0.010

-

0.030

2.0

6

50

4

2

0800802

M

0.030

-

0.097

8.0

20

75

8

2

0250302

0.010

-

0.030

2.5

8

50

3

2

0800802

L

0.030

-

0.097

8.0

20

100

8

2

0250402

0.010

-

0.030

2.5

8

50

4

2

0800802

S

0.030

-

0.097

8.0

20

150

8

2

E

80

L

E

60

L

E

40

L

243

244

0300302

0.010

-

0.030

3.0

8

50

3

2

1001002

M

0.030

-

0.107

10.0

25

100

10

2

0300402

0.010

-

0.030

3.0

8

50

4

2

1001002

L

0.030

-

0.107

10.0

25

150

10

2

E

80

B

E

60

B

E

40

B

0400402

0.010

-

0.050

4.0

11

50

4

2

1201202

M

0.040

-

0.108

12.0

32

100

12

2

0500602

0.015

-

0.060

5.0

13

50

6

2

1201202

L

0.040

-

0.108

12.0

32

150

12

2

0600602

0.020

-

0.060

6.0

16

50

6

2

1401602

M

0.040

-

0.120

14.0

40

100

16

2

0700802

0.030

-

0.070

7.0

16

60

8

2

1401602

L

0.040

-

0.120

14.0

40

150

16

2

0800802

0.030

-

0.100

8.0

20

60

8

2

1601602

M

0.040

-

0.130

16.0

40

150

16

2

1001002

0.030

-

0.120

10.0

25

75

10

2

2002002

M

0.040

-

0.130

20.0

45

150

20

2

1201202

0.030

-

0.120

12.0

32

75

12

2

1401602

0.030

-

0.132

14.0

40

80

16

2

1601602

0.040

-

0.140

16.0

40

100

16

2

1802002

0.040

-

0.140

18.0

45

100

20

2

0.008

-

0.030

0.040

-

0.140

20.0

45

100

20

2

General

Application

Solid

Endmills

General

Application

Solid

Endmills

Flat

endmill

,

Semi

long

cut

length

,

2

flute

Flat

end

mill

,

Medium

cut

length

,

4

flute

I

dhe

D

•

dhS

I

15

°

ap ap

0

@

0

<

>

*

-

LL

T

\

Am

Length

of

Overall

Lentgh

Shank

Dia

.

No

.

of

Flutes

Length

of

Overall

Lentgh

Shank

Dia

.

No

.

of

Flutes

Feed

Dia

.

Grade

Feed

Dia

.

Grade

Cut Cut

Order

Number

Order

Number

mm

/

tooth

mm

/

tooth

D

L

dh

6

Z

TPU

505

TPU

515

TPU

525

D

L

dh

6

Z

TPU

505

TPU

515

TPU

525

ap

0300602

L

0.010

-

0.030

3.0

15

60

2

0100304

0.008

-

0.017

1.0

3

6

O

o

50

4

0400602

L

0.010

-

0.050

4.0

20

75

6

2

O

o o

0100404

0.008

-

0.017

1.0

3

50

4

0500602

L

0.015

-

0.060

5.0

25

75

6

2

O O

0150304

0.008

-

0.017

1.5

4

50

3

4

0600602

L

0.020

-

0.060

6.0

30

75

6

2

0150404

0.008

-

0.017

1.5

4

50

4

O

o o

0700802

L

0.030

-

0.070

7.0

30

100

8

2

0200304

0.008

-

0.017

2.0

6

50

3

4

O

o

E

80

B

E

60

B

E

40

B

0800802

L

0.030

-

0.100

8.0

40

100

8

2

0200404

0.008

-

0.017

2.0

6

50

4 4

O

o o

1001002

L

0.030

-

0.120

10.0

40

100

10

2

0250304

0.008

-

0.017

2.5

8

50

3

4

O

1201202

L

0.030

-

0.120

12.0

50

100

12

2

0250404

0.008

-

0.017

2.5

8

50

4 4

OO O

245

246

1401602

L

0.030

-

0.132

14.0

50

100

16

2

0300304

0.009

-

0.020

3.0

8

50

3

4

O

o

1601602

L

0.040

-

0.140

16.0

60

150

16

2

0300404

0.009

-

0.020

3.0

8

50

4

O

o

E

81

L

E

61

L

E

41

L

2002002

L

0.040

-

0.140

20.0

150

20

2

0400404

0.010

-

0.042

4.0

11

50

4

75

O

o

0500604

0.020

-

0.059

5.0

13

50

6

4

0600604

0.020

-

0.075

6.0

16

50

6

4

0700804

0.020

-

0.075

7.0

16

60

8

4

0800804

0.030

-

0.100

8.0

20

60

8

4

1001004

0.030

-

0.120

10.0

25

75

10

4

1201204

0.030

-

0.136

12.0

32

75

12

4

1401604

0.030

-

0.136

14.0

40

80

16

4

1601604

0.040

-

0.146

16.0

40

100

16

4

1802004

0.050

-

0.146

18.0

45

100

20

4

2002004

0.050

-

0.146

20.0

45

100

20

4

General

Application

Solid

Endmills

General

Application

Solid

Endmills

Flat

Endmill

,

Semi

long

cut

length

,

4

flute

Ball

nose

,

Medium

cut

length

,

2

flute

E

:

D

—

-

dbe

D

;

15

°

ap ap

<

>

<>

L

>

<

Length

of

Overall

Lentgh

Shank

Dia

.

No

.

of

Flutes

Length

of

Overall

Lentgh

Shank

Dia

.

No

.

of

Flutes

Feed

Dia

.

Grade

Dia

.

Grade

Cut Cut

Order

Number

Order

Number

r

mm

/

tooth

TPU

515

D

L

dh

6

Z

TPU

505

TPU

525

D

L

dh

6

Z

TPU

505

TPU

515

TPU

525

ap

0300604

L

0.010

-

0.030

3.0

60

6

2

0100302

0.50

1.0

2

50

3

2

15

O

0400604

L

0.010

-

0.050

4.0

20

75

6

2

O

o

0100402

0.50

1.0

2

50

4

2

0500604

L

0.015

-

0.060

5.0

25

75

6

2

O

o

0150302

0.75

1.5

3

50

3

2

0600604

L

0.020

-

0.060

6.0

30

75

6

2

0150402

0.75

1.5

3

50

4

2

O

o

0700804

L

0.030

-

0.070

7.0

30

100

8

2

0200302

1.00

2.0

4

50

3

2

O

o

E

81

X

E

61

X

E

41

X

0800804

L

0.030

-

0.100

8.0

40

100

8

2

0200402

1.00

2.0

4

50

4

2

O

o

1001004

L

0.030

-

0.120

10.0

40

100

10

2

0250302

1.25

2.5

5

50

3

2

O

1201204

L

0.030

-

0.120

12.0

50

100

12

2

0250402

1.25

2.5

5

50

4

2

O

o

247

248

1401604

L

0.030

-

0.132

14.0

50

100

16

2

0300302

1.50

3.0

6

50

3

2

O

o

1601604

L

0.040

-

0.140

16.0

60

150

16

2

0300402

1.50

3.0

6

50

4

2

O

E

82

B

E

62

B

E

42

B

2002004

L

0.040

-

0.140

20.0

150

20

2

0400402

2.00

4.0

8

50

4

2

75

O

0500602

2.50

5.0

10

50

6

2

12

0600602

3.00

6.0

50

6

2

0700802

3.50

7.0

14

60

8

2

0800802

4.00

8.0

16

60

8

2

1001002

5.00

10.0

20

75

10

2

1201202

6.00

12.0

24

75

12

2

1401602

7.00

14.0

28

80

16

2

1601602

8.00

16.0

32

100

16

2

1802002

9.00

18.0

36

100

20

2

2002002

10.00

20.0

40

100

20

2

General

Application

Solid

Endmills

General

Application

Solid

Endmills

Ball

nose

,

Medium

cut

length

,

Long

Shank

2

flute

Ball

nose

,

Medium

cut

length

,

Long

neck

2

flute

M

—

-

dh

6

D

'

ap

L

Ti

AQLN

-

Length

of

Overall

Lentgh

Shank

Dia

.

No

.

of

Flutes

Length

of

Overall

Lentgh

Shank

Dia

.

No

.

of

Flutes

Dia

.

Grade

Dia

.

Grade

Cut Cut

Order

Number

Order

Number

U

/

C

H

r r

TPU

515

D

L

dh

6

Z

TPU

505

TPU

525

D

L

dh

6

Z

TPU

505

TPU

515

TPU

525

ap ap

0400402

M

2.0

2

0100302

0.5

1.0

1.2

50

2.5

0.90

3

2

4.0

8

75

4

0400402

L

2.0

4.0

8

100

4

2

0100302

0.5

1.0

1.2

75

2.5

0.90

6

2

0600602

M

3.0

6.0

12

75

6

2

0200302

1.0

2.0

2.5

50

5.0

1.90

2

0600602

L

3.0

6.0

12

100

6

2

0200602

1.0

2.0

2.5

75

5.0

1.90

6

2

0600602

S

3.0

6.0

12

150

6

2

0300302

1.5

3.0

4.0

50

9.0

2.85

3

2

0800802

M

4.0

8.0

16

75

8

2

0300602

1.5

3.0

4.0

75

9.0

2.85

6

2

0800802

L

4.0

8.0

16

100

8

2

0400402

2.0

4.0

5.0

50

12.0

3.85

4

2

E

82

LN

E

62

LN

E

42

LN

0800802

S

4.0

8.0

16

150

8

2

0400602

2.0

4.0

5.0

75

12.0

3.85

6

2

E

82

L

E

62

L

E

42

L

249

250

1001002

M

5.0

10.0

20

100

10

2

0500602

2.5

5.0

6.0

75

15.0

4.80

6

2

1001002

L

5.0

10.0

20

150

10

2

0600602

3.0

6.0

7.0

18.0

5.80

6

2

75

1201202

M

6.0

12.0

24

100

12

2

0800802

4.0

8.0

10.0

24.0

7.80

8

2

75

1201202

L

6.0

12.0

24

150

12

2

1001002

5.0

10.0

12.0

100

30.0

9.80

10

2

14

2

1201202

11.80

1401602

M

7.0

14.0

28

100

6.0

12.0

14.0

100

36.0

12

2

1401602

L

7.0

14.0

28

150

14

2

1401602

7.0

14.0 17.0

100

40.0

13.60

16

2

1601602

M

8.0

16.0

32

150

16

2

1601602

8.0

16.0 19.0

150

48.0

15.60

16

2

2002002

M

10.0

20.0

40

150

20

2

General

Application

Solid

Endmills

General

Application

Solid

Endmills

Ball

nose

,

Medium

cut

length

,

4

flute

Corner

radius

,

Medium

cut

length

,

2

flute

.

i

D

•

dh

5

•

dhe

D

>

i

1

i

ap

<

-

*

•

-

*

L

*

4

-

Length

of

Overall

Lentgh

Shank

Dia

.

No

.

of

Flutes

Length

of

Cut

Overall

Lentgh

Shank

Dia

.

Corner

No

.

of

Flutes

Dia

.

Grade

Feed

Dia

.

Grade

Order

Number

Cut

R

Order

Number

r

TPU

515

mm

/

tooth

TPU

515

D

L

dh

6

Z

TPU

505

TPU

525

D

L

dh

6

Z

TPU

505

TPU

525

ap

r

0100404

0.50

1.0

2

50

01004032

0.008

-

0.030

1.0

3

50

0.30

2

4 4

4

0150404

0.75

1.5

3

50

4 4

01504032

0.008

-

0.030

1.5

4

50

4

0.30

2

0200404

1.00

2.0

4

50

4 4

02004032

0.010

-

0.030

2.0

6

50

4

0.30

2

0250404

1.25

2.5

5

50

4

02004052

0.010

-

0.030

2.0

6

50

4

0.50

2

0300404

1.50

3.0

6

50

4 4

02504032

0.010

-

0.030

2.5

8

50

4

0.30

2

0400404

2.00

4.0

8

50

4 4

02504052

0.010

-

0.030

2.5

8

50

4

0.50

2

0500604

2.50

5.0

10

50

6

4

03004032

0.010

-

0.030

3.0

8

50

3

0.30

2

0600604

3.00

6.0

12

50

6

4

03004052

0.010

-

0.030

3.0

8

50

3

0.50

2

E

83

B

E

63

B

E

43

B

251

252

0700804

3.50

7.0

14

60

8

4

03004102

0.010

-

0.030

3.0

8

50

3

1.00

2

0800804

4.00

8.0

16

60

8

4

03004032

0.010

-

0.030

3.0

8

50

4

0.30

2

1001004

5.00

10.0

20

10

4

03004052

0.010

-

0.030

3.0

8

50

4

0.50

2

75

1201204

6.00

12.0

24

12

03004102

0.010

-

0.030

3.0

8

50

1.00

2

75

4

1401604

7.00

14.0

28

80

16

4

04004032

0.010

-

0.050

4.0

10

50

4

0.30

2

1601604

8.00

16.0

32

100

16

4

04004052

0.010

-

0.050

4.0

10

50

4

0.50

2

1802004

9.00

18.0

36

100

20

4

04004102

0.010

-

0.050

4.0

10

50

4

1.00

2

2002004

10.00

20.0

40

100

20

4

04004152

0.010

-

0.050

4.0

10

50

4

1.50

2

E

84

B

E

64

B

E

44

B

05006032

0.020

-

0.060

5.0

13

50

6

0.30

2

05006052

0.020

-

0.060

5.0

13

50

6

0.50

2

05006102

0.020

-

0.060

5.0

13

50

6

1.00

2

06006032

0.020

-

0.060

6.0

15

50

6

0.30

2

06006052

0.020

-

0.060

6.0

15

50

6

0.50

2

06006102

0.020

-

0.060

6.0

15

50

6

1.00

2

06006152

0.020

-

0.060

6.0

15

50

6

1.50

2

06006202

0.020

-

0.060

15

50

6

2.00

2

6.0

08008052

0.030

-

0.100

8.0

20

60

8

0.50

2

08008102

0.030

-

0.100

8.0

20

60

8

1.00

2

08008152

0.030

-

0.100

8.0

20

60

8

1.50

2

08008202

0.030

-

0.100

8.0

20

60

8

2.00

2

08008252

0.030

-

0.100

8.0

20

60

8

2.50

2

08008302

0.030

-

0.100

8.0

20

60

8

3.00

2

10010052

0.030

-

0.120

10.0

25

75

10

0.50

2

10010102

0.030

-

0.120

10.0

25

75

10

1.00

2

10010152

0.030

-

0.120

10.0

25

10

1.50

2

75

General

Application

Solid

Endmills

General

Application

Solid

Endmills

Length

of

Cut

Overall

Lentgh

Shank

Dia

.

Corner

No

.

of

Flutes

Corner

radius

,

Medium

cut

length

,

Long

shank

2

flute

Feed

Dia

.

Grade

Order

Number

R

mm

/

tooth

dh

6

TPU

505

TPU

515

TPU

525

D

L

Z

ap

r

10010202

0.030

-

0.120

10.0

25

10

2.00

2

75

10010252

0.030

-

0.120

25

10

2.50

2

10.0

75

10010302

0.030

-

0.120

10.0

25

75

10

3.00

2

12012052

0.030

-

0.120

12.0

30

75

12

0.50

2

12012102

0.030

-

0.120

12.0

30

75

12

1.00

2

11

.

'

12012152

0.030

-

0.120

12.0

30

75

12

1.50

2

dh

5

D

12012202

0.030

-

0.120

12.0

30

75

12

2.00

2

ap

r

12012252

0.030

-

0.120

12.0

30

75

12

2.50

2

*

-

L

12012302

0.030

-

0.120

12.0

30

75

12

3.00

2

E

84

B

E

64

B

E

44

B

>

TiA

&

N

16016052

0.040

-

0.142

16.0

40

100

16

0.50

2

16016102

0.040

-

0.142

16.0

40

100

16

1.00

2

16016152

0.040

-

0.142

16.0

40

100

16

1.50

2

16016202

0.040

-

0.142

16.0

40

100

16

2.00

2

Length

of

Cut

Overall

Lentgh

Shank

Dia

.

Corner

No

.

of

Flutes

Feed

Dia

.

Grade

16016302

0.040

-

0.142

16.0

40

100

16

3.00

2

R

Order

Number

20020102

0.040

-

0.142

20.0

40

100

20

1.00

2

mm

/

tooth

D

L

dh

6

Z

TPU

505

TPU

515

TPU

525

ap

r

20020152

0.040

-

0.142

20.0

40

100

20

1.50

2

03003032

M

0.010

-

0.040

3.0

8

3

0.30

2

75

20020202

0.040

-

0.142

20.0

40

100

20

2.00

2

03003052

M

0.010

-

0.040

3.0

8

75

3

0.50

2

20020302

0.040

-

0.142

20.0

40

100

20

3.00

2

03003102

M

0.010

-

0.040

3.0

8

75

3

1.00

2

04004032

M

0.020

-

0.050

4.0

10

75

4

0.30

2

04004052

M

0.020

-

0.050

4.0

10

75

4

0.50

2

04004102

M

0.020

-

0.050

4.0

10

75

4

1.00

2

04004152

M

0.020

-

0.050

4.0

10

75

4

1.50

2

06006032

M

0.030

-

0.076

6.0

15

75

6

0.30

2

253

254

06006052

M

0.030

-

0.076

6.0

15

75

6

0.50

2

06006102

M

0.030

-

0.076

6.0

15

6

1.00

2

75

06006152

M

0.030

-

0.076

6.0

15

6

1.50

2

75

06006202

M

0.030

-

0.076

6.0

15

6

2.00

2

75

08008052

L

0.030

-

0.097

8.0

20

100

8

0.50

2

08008102

L

0.030

-

0.097

8.0

20

100

8

1.00

2

E

84

L

E

64

L

E

44

L

08008152

L

0.030

-

0.097

8.0

20

100

8

1.50

2

08008202

L

0.030

-

0.097

8.0

20

100

8

2.00

2

08008252

L

0.030

-

0.097

8.0

20

100

8

2.50

2

08008302

L

0.030

-

0.097

8.0

20

100

8

3.00

2

10010052

M

0.030

-

0.107

10.0

25

100

10

0.50

2

10010102

M

0.030

-

0.107

10.0

25

100

10

1.00

2

10010152

M

0.030

-

0.107

10.0

25

100

10

1.50

2

10010202

M

0.030

-

0.107

10.0

25

100

10

2.00

2

10010252

M

0.030

-

0.107

10.0

25

100

10

2.50

2

10010302

M

0.030

-

0.107

25

100

10

3.00

2

10.0

12012052

M

0.040

-

0.108

12.0

30

100

12

0.50

2

12012102

M

0.040

-

0.108

12.0

30

100

12

1.00

2

12012152

M

0.040

-

0.108

12.0

30

100

12

1.50

2

12012202

M

0.040

-

0.108

12.0

30

100

12

2.00

2

12012252

M

0.040

-

0.108

12.0

30

100

12

2.50

2

12012302

M

0.040

-

0.108

12.0

30

100

12

3.00

2

General

Application

Solid

Endmills

General

Application

Solid

Endmills

Length

of

Cut

Overall

Lentgh

Shank

Dia

.

Corner

No

.

of

Flutes

Corner

radius

,

Medium

cut

length

,

4

flute

Feed

Dia

.

Grade

Order

Number

R

mm

/

tooth

dh

6

TPU

505

TPU

515

TPU

525

D

L

Z

r

ap

10010304

0.030

-

0.100

10.0

25

10

3.00

75

4

12012052

0.040

-

0.110

12.0

30

12

75

0.50

4

12012104

0.040

-

0.110

12.0

30

75

12

1.00

4

12012154

0.040

-

0.110

12.0

30

75

12

1.50

4

12012204

0.040

-

0.110

12.0

30

75

12

2.00

4

J

dhS

i

,

D

12012254

0.040

-

0.110

12.0

30

75

12

2.50

4

12012304

0.040

-

0.110

12.0

30

75

12

3.00

4

ap

r

16016054

0.050

-

0.130

16.0

40

100

16

0.50

4

E

85

B

E

65

B

E

45

B

<

*

L

16016104

0.050

-

0.130

16.0

40

100

16

1.00

4

-

TiA

&

N

16016154

0.050

-

0.130

16.0

40

100

16

1.50

4

16016204

0.050

-

0.130

16.0

40

100

16

2.00

4

16016304

0.050

-

0.130

16.0

40

100

16

3.00

4

20020104

0.050

-

0.130

20.0

40

100

20

1.00

4

Length

of

Cut

Overall

Lentgh

Shank

Dia

.

Corner

No

.

of

Flutes

Feed

Dia

.

Grade

Order

Number

20020154

0.050

-

0.130

20.0

40

100

20

1.50

4

R

20020204

0.050

-

0.130

20.0

40

100

20

2.00

4

mm

/

tooth

D

L

dh

6

Z

TPU

505

TPU

515

TPU

525

ap

r

20020304

0.050

-

0.130

20.0

40

100

20

3.00

4

02004034

0.010

-

0.030

2.0

6

0.30

50

4

02004054

0.010

-

0.030

2.0

6

50

4

0.50

4

02504034

0.010

-

0.030

2.5

8

50

4

0.30

4

02504054

0.010

-

0.030

2.5

8

50

4

0.50

4

03004034

0.010

-

0.040

3.0

8

50

3

0.30

4

03004054

0.010

-

0.040

3.0

8

50

3

0.50

4

03004104

0.010

-

0.040

3.0

8

50

3

1.00

4

03004034

0.010

-

0.040

3.0

8

50

4

0.30

4

255

256

03004054

0.010

-

0.040

3.0

8

50

4

0.50

4

03004104

0.010

-

0.040

3.0

8

50

4

1.00

4

04004034

0.020

-

0.050

4.0

10

50

4

0.30

4

04004054

0.020

-

0.050

4.0

10

50

0.50

4

04004104

0.020

-

0.050

4.0

10

50

4

1.00

4

04004154

0.020

-

0.050

4.0

10

50

4

1.50

4

05006034

0.020

-

0.060

5.0

13

50

6

0.30

4

V

05006054

0.020

-

0.060

5.0

13

50

6

0.50

4

E

85

B

E

65

B

E

45

B

05006104

0.020

-

0.060

5.0

13

50

6

1.00

4

06006034

0.030

-

0.070

6.0

15

50

6

0.30

4

06006054

0.030

-

0.070

6.0

15

50

6

0.50

4

06006104

0.030

-

0.070

6.0

15

50

6

1.00

4

METOMET

06006154

0.030

-

0.070

6.0

15

50

6

1.50

4

06006204

0.030

-

0.070

6.0

15

50

6

2.00

4

08008054

0.030

-

0.090

8.0

20

60

8

0.50

4

08008104

0.030

-

0.090

20

60

1.00

8.0

8

4

08008154

0.030

-

0.090

8.0

20

60

8

1.50

4

08008204

0.030

-

0.090

8.0

20

60

8

2.00

4

08008254

0.030

-

0.090

8.0

20

60

8

2.50

4

08008304

0.030

-

0.090

8.0

20

60

8

3.00

4

10010054

0.030

-

0.100

10.0

25

75

10

0.50

4

10010104

0.030

-

0.100

10.0

25

75

10

1.00

4

10010154

0.030

-

0.100

10.0

25

75

10

1.50

4

10010204

0.030

-

0.100

10.0

25

75

10

2.00

4

10010254

0.030

-

0.100

10.0

25

10

2.50

4

75

General

Application

Solid

Endmills

General

Application

Solid

Endmills

Corner

radius

,

Medium

cut

length

,

Long

shank

4

flute

Corner

radius

,

Medium

cut

length

,

Long

shank

4

flute

i

dh

6

ap

<

-

>

H

<

-

>

-

dh

5

L

Carbide

>

DLC

ap

<

-

>

L

<

-

TiA

&

N

Length

of

Cut

Overall

Lentgh

Shank

Dia

.

No

.

of

Flutes

Feed

Dia

.

Grade

Order

Number

H

mm

/

tooth

dh

6

Tk

01

Tk

01

Tk

10

D

L

Z

ap

Length

of

Cut

Overall

Lentgh

Shank

Dia

.

Corner

No

.

of

Flutes

0300602

0.020

-

0.050

3.0

9

50

6

13

2

Feed

Dia

.

Grade

R

Order

Number

0400602

0.020

-

0.050

4.0

12

50

6

15

2

mm

/

tooth

D

L

dh

6

Z

TPU

505

TPU

515

TPU

525

ap

r

2

0500602

0.020

-

0.060

5.0

15

50

6

20

03003034

M

0.010

-

0.040

3.0

3

0.30

8

75

4

0600602

0.030

-

0.070

6.0

18

50

6

2

E

86

B

E

66

B

03003054

M

0.010

-

0.040

3.0

8

75

3

0.50

4

0800802

0.030

-

0.090

8.0

20

60

8

2

03003104

M

0.010

-

0.040

3.0

8

75

3

1.00

4

1001002

0.030

-

0.100

10.0

30

75

10

2

04004034

M

0.020

-

0.050

4.0

10

75

4

0.30

4

1201202

0.030

-

0.120

12.0

32

75

12

2

04004054

M

0.020

-

0.050

4.0

10

75

4

0.50

4

1601602

0.050

-

0.140

16.0

45

100

16

2

04004104

M

0.020

-

0.050

4.0

10

75

4

1.00

4

2002002

0.050

-

0.150

20.0

45

100

20

2

04004154

M

0.020

-

0.050

4.0

10

75

4

1.50

4

06006034

M

0.030

-

0.070

6.0

15

75

6

0.30

4

257

258

06006054

M

0.030

-

0.070

6.0

15

75

6

0.50

4

Flat

endmill

,

Medium

cut

length

,

Long

shank

2

flute

for

aluminum

alloy

06006104

M

0.030

-

0.070

6.0

15

6

1.00

4

75

06006154

M

0.030

-

0.070

6.0

15

6

1.50

4

75

06006204

M

0.030

-

0.070

6.0

15

6

2.00

75

4

08008054

L

0.030

-

0.090

8.0

20

100

8

0.50

4

J

08008104

L

0.030

-

0.090

8.0

20

100

8

1.00

4

die

D

E

85

L

E

65

L

E

45

L

08008154

L

0.030

-

0.090

8.0

20

100

8

1.50

4

ap

08008204

L

0.030

-

0.090

8.0

20

100

8

2.00

4

H

08008254

L

0.030

-

0.090

8.0

20

100

8

2.50

4

L

Carbide

08008304

L

0.030

-

0.090

8.0

20

100

8

3.00

4

*

LC

10010054

M

0.030

-

0.100

10.0

25

100

10

0.50

4

10010104

M

0.030

-

0.100

10.0

25

100

10

1.00

4

10010154

M

0.030

-

0.100

10.0

25

100

10

1.50

4

Length

of

Cut

Overall

Lentgh

Shank

Dia

.

No

.

of

Flutes

10010204

M

0.030

-

0.100

10.0

25

100

10

2.00

4

Feed

Dia

.

Grade

Order

Number

H

10010254

M

0.030

-

0.100

10.0

25

100

10

2.50

4

mm

/

tooth

dh

6

Tk

01

Tk

01

Tk

10

D

L

Z

ap

10010304

M

0.030

-

0.100

10.0

25

100

3.00

10

4

0300602

M

0.020

-

0.040

3.0

12

6

18

2

75

12012054

M

0.040

-

0.110

12.0

30

100

12

0.50

4

0400602

M

25

2

0.020

-

0.040

4.0

16

75

6

12012104

M

0.040

-

0.110

12.0

30

100

12

1.00

4

0500602

M

0.020

-

0.060

5.0

20

75

6

30

2

12012154

M

0.040

-

0.110

12.0

30

100

12

1.50

4

0600602

M

0.030

-

0.070

6.0

20

75

6

2

12012204

M

0.040

-

0.110

12.0

30

100

12

2.00

4

0800802

M

0.030

-

0.090

8.0

32

75

8

2

E

86

L

E

66

L

12012254

M

0.040

-

0.110

12.0

30

100

12

2.50

4

0800802

L

0.030

-

0.090

8.0

32

100

8

2

12012304

M

0.040

-

0.110

12.0

30

100

12

3.00

4

1001002

M

0.030

-

0.100

10.0

45

100

10

2

1201202

M

0.030

-

0.120

12.0

45

100

12

2

1601602

M

0.050

-

0.140

16.0

65

150

16

2

2002002

M

0.050

-

0.150

20.0

75

150

20

2 2

General

Application

Solid

Endmills

General

Application

Solid

Endmills

Flat

end

mi

II

,

Medium

cut

length

,

3

flute

for

aluminum

alloy

Corner

radius

,

Medium

cut

length

,

2

flute

for

aluminum

alloy

i

dh

6

D

dhe

ap

<

-

»

H

ap

r

<

>

L

Carbide Carbide

<

-

>

LC LC

Length

of

Cut

Overall

Lentgh

Shank

Dia

.

No

.

of

Flutes

Length

of

Cut

Overall

Lentgh

Shank

Dia

.

No

.

of

Flutes

Feed

Dia

.

Grade

Feed

Dia

.

Corner

R

Grade

Order

Number

Order

Number

H

mm

/

tooth

dh

6

Tk

01

Tk

01

Tk

10

mm

/

tooth

dh

6

Tk

01

Tk

10

D

L

Z

D

L

Z

ap

r

0300603

0.020

-

0.050

3.0

9

50

6

13

2

060060052

0.030

-

0.070

6.0

15

50

6

0.5

2

0400603

0.020

-

0.050

4.0

12

50

6

15

2

060060102

0.030

-

0.070

6.0

15

50

6

1.0

2

15

2

0500603

0.020

-

0.060

5.0

50

6

20

2

060060202

0.030

-

0.070

6.0

15

50

6

2.0

0600603

0.030

-

0.070

6.0

18

50

6

2

080080052

0.030

-

0.090

8.0

20

60

8

0.5

2

E

87

B

E

67

B

0800803

0.030

-

0.090

8.0

20

60

8

2

080080102

0.030

-

0.090

8.0

20

60

8

1.0

2

1001003

0.030

-

0.100

10.0

30

75

10

2

080080202

0.030

-

0.090

8.0

20

60

8

2.0

2

1201203

0.030

-

0.120

12.0

32

75

12

2

080080302

0.030

-

0.090

8.0

20

60

8

3.0

2

1601603

0.050

-

0.140

16.0

45

100

16

2

100100102

0.030

-

0.100

10.0

25

75

10

1.0

2

E

86

CB

E

66

CB

2002003

0.050

-

0.150

20.0

45

100

20

2

100100152

0.030

-

0.100

10.0

25

75

10

1.5

2

100100202

0.030

-

0.100

10.0

25

75

10

2.0

2

100100302

0.030

-

0.120

10.0

25

10

3.0

2

259

75

260

Flat

endmill

,

Medium

cut

length

,

Long

shank

3

flute

for

aluminum

alloy

120120102

0.030

-

0.120

12.0

30

12

1.0

2

75

120120202

0.030

-

0.120

12.0

30

12

2.0

2

75

120120302

0.030

-

0.120

12.0

30

12

3.0

2

75

160160102

0.050

-

0.140

16.0

40

100

16

1.0

2

160160202

0.050

-

0.140

16.0

40

100

16

2.0

2

160160302

0.050

-

0.140

16.0

40

100

16

3.0

2

dh

6

D

«

i

ap

H

+

L

+

•

Length

of

Overall

Lentgh

Shank

Dia

.

No

.

of

Flutes

Feed

Dia

.

Grade

Cut

Order

Number

H

mm

/

tooth

dh

6

Tk

01

Tk

10

D

L

Z

ap

0300603

M

0.020

-

0.050

3.0

12

6

18

3

75

0400603

M

0.020

-

0.050

25

3

4.0

16

75

6

0500603

M

0.020

-

0.060

5.0

20

75

6

30

3

0600603

M

0.030

-

0.070

6.0

20

75

6

3

0800803

M

0.030

-

0.090

8.0

32

75

8

3

E

87

L

E

67

L

0800803

L

0.030

-

0.090

8.0

32

100

8

3

1001003

M

0.030

-

0.100

10.0

45

100

10

3

1201203

M

0.030

-

0.120

12.0

45

100

12

3

1601603

M

0.050

-

0.140

16.0

65

150

16

3

2002003

M

0.050

-

0.150

20.0

75

150

20

2

3

General

Application

Solid

Endmills

General

Application

Solid

Endmills

Corner

radius

,

Medium

cut

length

,

3

flute

for

aluminum

alloy

Corner

radius

,

Medium

cut

length

,

2

flute

for

aluminum

alloy

-

dh

6

dhe

D

.

/

i

ap

C

r

>

L

Carbide Carbide

*

LC LC

Length

of

Cut

Overall

Lentgh

Shank

Dia

.

No

.

of

Flutes

Length

of

Overall

Lentgh

Shank

Dia

.

No

.

of

Flutes

Feed

Dia

.

Corner

R

Grade

Feed

Dia

.

Corner

R

Grade

Cut

Order

Number

Order

Number

mm

/

tooth

dh

6

Tk

01

Tk

10

mm

/

tooth

dh

6

C

Tk

01

D

L

Z

D

L

Z

ap

r

ap

060060053

0.030

-

0.070

6.0

15

50

6

0.5

3

0600603

0.030

-

0.070

6.0

16

50

6

0.61

3

060060103

0.030

-

0.070

6.0

15

50

6

1.0

3

0800803

0.030

-

0.150

8.0

16

60

8

0.61

3

060060203

0.030

-

0.070

6.0

15

50

6

2.0

3

1001003

0.050

-

0.200

10.0

22

75

10

0.61

3

E

68

AB

080080053

0.030

-

0.090

8.0

20

60

8

0.5

3

1201203

0.070

-

0.220

12.0

26

75

12

0.66

3

080080103

0.030

-

0.090

8.0

20

60

8

1.0

3

1601603

0.070

-

0.250

16.0

32

100

16

0.99

3

080080203

0.030

-

0.090

8.0

20

60

8

2.0

3

2002003

0.070

-

0.250

20.0

38

100

20

0.99

3

E

87

CB

E

67

CB

100100103

0.030

-

0.100

10.0

25

75

10

1.0

3

100100153

0.030

-

0.100

10.0

25

75

10

1.5

3

100100203

0.030

-

0.100

10.0

25

75

10

2.0

3

100100303

0.030

-

0.120

10.0

25

75

10

3.0

3

120120103

0.030

-

0.120

12.0

30

12

1.0

3

261

75

262

120120203

0.030

-

0.120

12.0

30

12

2.0

3

75

120120303

0.030

-

0.120

12.0

30

12

3.0

3

75

Roughing

endmill

,

Medium

cut

length

,

3

-

6

flute

j

.

dh

6

D

@

0

-

i

t

ap

+

-

>

L

Length

of

Overall

Lentgh

Shank

Dia

.

No

.

of

Flutes

Feed

Dia

.

Corner

R

Grade

Cut

Order

Number

mm

/

tooth

C

D

L

dh

6

Z

TPU

515

ap

12

0400403

0.020

-

0.050

4.0

50

4

0.15

3

0500603

0.020

-

0.050

5.0

15

50

6

0.20

4

0600603

0.040

-

0.120

6.0

15

50

6

0.25

4

0800803

0.050

-

0.160

8.0

20

60

8

0.30

4

1001003

0.060

-

0.180

10.0

30

75

10

0.36

4

E

68

B

1201203

0.060

-

0.200

12.0

32

75

12

0.36

4

1401603

0.080

-

0.220

14.0

40

100

16

0.36

5

1601603

0.080

-

0.220

16.0

45

100

16

0.36

5

1802003

0.080

-

0.220

18.0

45

100

20

0.36

6

2002003

0.080

-

0.220

20.0

45

100

20

0.36

6

Micro

Endmills

Micro

Endmills

2

Flute

miniature

flat

2

Flute

miniature

ball

i

.

IL

dhe

D

'

-

dh

6

i

ap

r

>

0

L

<

-

TiA

&

N

Length

of

Overall

Lentgh

Shank

Dia

.

No

.

of

Flutes

Length

of

Overall

Lentgh

Shank

Dia

.

No

.

of

Flutes

Grade

Feed

Dia

.

Dia

.

Cut Cut

Order

Number

Order

Number

r

mm

/

tooth

D

L

dh

6

Z

TPU

505

TPU

515

D

L

dh

6

Z

TPU

505

TPU

515

ap

0010302

0.010

-

0.020

0.1

0.4

38

3

2

0030302

0.15

0.3

0.6

38

3

2

0020302

0.010

-

0.020

0.2

0.4

38

3

2

0040302

0.20

0.4

0.8

38

3

2

0030302

0.010

-

0.020

0.3

0.6

38

3

2

0050302

0.25

0.5

1.0

38

3

2

0040302

0.010

-

0.020

0.4

0.8

38

3

2

0060302

0.30

0.6

1.2

38

3

2

0050302

0.010

-

0.020

0.5

1.0

38

3

2

0070302

0.35

0.7

1.4

38

3

2

0060302

0.010

-

0.020

0.6

1.2

38

3

2

0080302

0.40

0.8

1.6

38

3

2

0070302

0.010

-

0.030

0.7

1.4

38

3

2

0090302

0.45

0.9

1.8

38

3

2

263

264

0080302

0.010

-

0.030

0.8

1.6

38

3

2

0100302

0.50

1.0

2.0

38

3

2

0090302

0.010

-

0.030

0.9

1.8

38

3

2

0120302

0.60

1.2

2.4

38

3

2

0100302

0.010

-

0.030

1.0

3.0

38

3

2

0150302

0.75

1.5

3.0

38

3

2

0120302

0.010

-

0.030

1.2

3.0

38

3

2

0030402

0.15

0.3

0.6

50

4

2

0150302

0.010

-

0.030

1.5

4.0

38

3

2

0040402

0.20

0.4

0.8

50

4

2

0010402

0.010

-

0.020

0.1

0.4

50

4

2

0050402

0.25

0.5

1.0

50

4

2

0020402

0.010

-

0.020

0.2

0.4

50

4

2

0060402

0.30

0.6

1.2

50

4

2

E

62

MB

E

42

MB

0030402

0.010

-

0.020

0.3

0.6

50

4

2

0070402

0.35

0.7

1.4

50

4

2

0040402

0.010

-

0.020

0.4

0.8

50

4

2

0080402

0.40

0.8

1.6

50

4

2

E

60

MB

E

40

MB

0050402

0.010

-

0.020

0.5

1.0

50

4

2

0090402

0.45

0.9

1.8

50

4

2

0060402

0.010

-

0.020

0.6

1.2

50

4

2

0100402

0.50

1.0

2.0

50

4

2

0070402

0.010

-

0.030

0.7

1.4

50

2

0120302

0.60

1.2

2.4

50

2

4

0080402

2

0150302

2

0.010

-

0.030

0.8

1.6

50

4

0.75

1.5

3.0

50

4

0090402

0.010

-

0.030

0.9

1.8

50

4

2

0040602

0.20

0.4

0.8

50

6

2

0100402

0.010

-

0.030

1.0

3.0

50

4

2

0050602

0.25

0.5

1.0

50

6

2

0120302

0.010

-

0.030

1.2

3.0

50

4

2

0060602

0.30

0.6

1.2

50

6

2

0150302

0.010

-

0.030

1.5

4.0

50

4

2

0070602

0.35

0.7

1.4

50

6

2

0040602

0.010

-

0.020

0.4

0.8

50

6

2

0080602

0.40

0.8

1.6

50

6

2

0050602

0.010

-

0.020

0.5

1.0

50

6

2

0090602

0.45

0.9

1.8

50

6

2

0060602

0.010

-

0.020

0.6

1.2

50

6

2

0100602

0.50

1.0

2.0

50

6

2

0070602

0.010

-

0.030

0.7

1.4

50

6

2

0120302

0.60

1.2

2.4

50

6

2

0080602

0.010

-

0.030

0.8

1.6

50

6

2

0150302

0.75

1.5

3.0

50

6

2

0090602

0.010

-

0.030

0.9

1.8

50

6

2

0100602

0.010

-

0.030

1.0

3.0

50

6

2

0120302

0.010

-

0.030

1.2

3.0

50

6

2

0150302

0.010

-

0.030

1.5

4.0

50

6

2

Rib

Endmills

Rib

Endmills

2

Flute

long

neck

flat

2

Flute

long

neck

ball

U

/

C

u

/

c

15

*

15

°

*

D

-

dh

6

J

b

ap

w

H

<

L

TiAHN

*

Length

of

Overall

Lentgh

Shank

Dia

.

No

.

of

Flutes

Length

of

Overall

Lentgh

Shank

Dia

.

No

.

of

Flutes

Grade Grade

Feed

Dia

.

Dia

.

Cut Cut

Order

Number

H

U

/

C

Order

Number

H

U

/

C

r

mm

/

tooth

D

L

dh

6

Z

TPU

505

TPU

515

D

L

dh

6

Z

TPU

505

TPU

515

ap

0040402

L

04

0.010

-

0.015

0.4

0.6

50

4

0.37

4

2

0040402

L

03

0.20

0.4

0.6

50

3

0.36

4

2

0040402

L

05

0.010

-

0.015

0.4

0.6

50

0.37

4

2

0050402

L

04

0.25

0.5

0.6

50

4

0.45

4

2

5

0050402

L

04

0.010

-

0.015

0.5

0.7

50

4

0.45

4

2

0050402

L

06

0.25

0.5

0.7

50

6

0.45

4

2

0050402

L

06

0.010

-

0.015

0.5

0.7

50

6

0.45

4

2

0050402

L

08

0.25

0.5

0.7

50

8

0.45

4

2

0050402

L

08

0.010

-

0.015

0.5

0.7

50

8

0.45

4

2

0060402

L

02

0.30

0.6

0.7

50

2

0.55

4

2

0060402

L

04

0.010

-

0.020

0.6

0.9

50

0.55

4

2

0060402

L

04

0.30

0.6

0.9

50

0.55

2

4

0060402

L

06

0.010

-

0.020

0.6

0.9

50

6

0.55

4

2

0060402

L

06

0.30

0.6

0.9

50

6

0.55

4

2

0060402

L

08

0060402

L

08

0.30

2

0.010

-

0.020

0.6

0.9

50

8

0.55

4

2

0.6

0.9

50

8

0.55

4

0080402

L

04

0.010

-

0.025

0.8

1.2

50

4

0.75

4

2

0080402

L

04

0.40

0.8

1.2

50

4

0.75

4

2

0080402

L

06

0.010

-

0.025

0.8

1.2

50

6

0.75

4

2

0080402

L

06

0.40

0.8

1.2

50

6

0.75

4

2

0080402

L

08

0.010

-

0.025

0.8

1.2

50

8

0.75

4

2

0080402

L

08

0.40

0.8

1.2

50

8

0.75

4

2

0080402

L

10

0.010

-

0.025

0.8

1.2

50

10

0.75

4

2

0080402

L

10

0.40

0.8

1.2

50

10

0.75

4

2

265

266

0100402

L

06

0.010

-

0.041

1.0

1.5

50

6

0.97

4

2

0100402

L

04

0.50

1.0

1.5

50

4

0.97

4

2

0100402

L

08

0.010

-

0.041

1.0

1.5

50

8

0.95

4

2

0100402

L

06

0.50

1.0

1.5

50

6

0.97

4

2

0100402

L

10

0.010

-

0.041

1.0

1.5

50

10

0.95

4

2

0100402

L

08

0.50

1.0

1.5

50

8

0.95

4

2

0100402

L

12

0.010

-

0.041

1.0

1.5

50

12

0.93

4

2

0100402

L

10

0.50

1.0

1.5

50

10

0.95

4

2

0100402

L

16

0.010

-

0.041

1.0

1.5

50

16

0.93

2

0100402

L

12

0.50

1.0

1.5

50

12

0.93

2

4

E

62

RB

E

42

RB

0120402

L

06

0.010

-

0.054

1.2

1.8

50

6

1.17

4

2

0120402

L

04

0.60

1.2

1.8

50

4

1.15

4

2

1.8

0120402

L

08

0.010

-

0.054

1.2

50

8

1.15

4

2

0120402

L

08

0.60

1.2

1.8

50

8

1.17

4

2

0120402

L

10

0.010

-

0.054

1.2

1.8

50

10

1.15

4

2

0120402

L

12

0.60

1.2

1.8

50

12

1.13

4

2

0120402

L

12

0.010

-

0.054

1.2

1.8

50

12

1.13

4

2

0150402

L

08

0.75

1.5

2.3

50

8

1.45

4

2

E

60

RB

E

40

RB

0120402

L

16

0.010

-

0.054

1.2

1.8

50

16

1.11

4

2

0150402

L

10

0.75

1.5

2.3

50

10

1.45

4

2

0150402

L

06

0.010

-

0.067

1.5

2.3

50

6

1.47

4

2

0150402

L

12

0.75

1.5

2.3

50

12

1.43

4

2

0150402

L

08

0.010

-

0.067

1.5

2.3

50

8

1.45

4

2

0150402

L

16

0.75

1.5

2.3

50

16

1.41

4

2

0150402

L

10

0.010

-

0.067

1.5

2.3

50

10

1.45

4

2

0150402

L

20

0.75

1.5

2.3

50

20

1.39

4

2

0150402

L

12

0.010

-

0.067

1.5

2.3

50

12

1.43

4

2

0200402

L

06

1.00

2.0

3.0

50

6

1.95

2

4

0150402

L

16

0.010

-

0.067

1.5

2.3

50

16

1.41

4

2

0200402

L

08

1.00

2.0

3.0

50

8

1.95

4

2

0150402

L

20

0.010

-

0.067

1.5

2.3

20

2

0200402

L

10

1.00

2.0

3.0

50

10

1.93

2

50

1.41

4

0160402

L

10

0.010

-

0.070

1.6

2.4

50

10

1.55

4

2

0200402

L

12

1.00

2.0

3.0

50

12

1.93

4

2

0160402

L

16

0.010

-

0.070

1.6

2.4

50

16

1.53

4

2

0200402

L

16

1.00

2.0

3.0

50

16

1.91

4

2

0180402

L

12

0.010

-

0.079

1.8

2.7

50

12

1.73

4

2

0200402

L

20

1.00

2.0

3.0

50

20

1.89

4

2

0180402

L

16

0.010

-

0.079

1.8

2.7

50

16

1.71

4

2

0300602

L

10

1.50

3.0

4.5

50

10

2.85

6

2

0200402

L

08

0.010

-

0.085

2.0

3.0

50

8

1.95

4

2

0300602

L

12

1.50

3.0

4.5

60

12

2.85

6

2

0200402

L

10

0.010

-

0.085

2.0

3.0

50

10

1.95

4

2

0300602

L

16

1.50

3.0

4.5

60

16

2.85

6

2

0200402

L

12

0.010

-

0.085

2.0

3.0

50

12

1.93

4

2

0300602

L

20

1.50

3.0

4.5

20

2.85

6

2

75

0200402

L

16

0.010

-

0.085

2.0

3.0

50

16

1.91

4

2

0250402

L

12

0.010

-

0.105

2.5

3.7

50

12

2.40

4

2

0250402

L

16

0.010

-

0.105

2.5

3.7

50

16

2.40

4

2

0300602

L

14

3.0

2.85

0.010

-

0.129

4.5

50

14

6

2

0300602

L

18

0.010

-

0.129

3.0

4.5

60

18

2.85

6

2

0300602

L

20

0.010

-

0.129

3.0

4.5

60

20

2.85

6

2

0300602

L

25

0.010

-

0.129

3.0

4.5

75

25

2.85

6

2