Sandvik (New)

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13.1

CoroP

ak

Supplement

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to Turning tools and Rotating tools catalogues

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Welcome...

Our mission is to provide you with the

right cutting tools and solutions for your

applications. This means that we always

have to be one step ahead. One such

example is coolant technology, where we

can offer standard tools that far exceed

the capabilities of today’s machines.

CoroChuck 930 with the best pull-out

security on the market, and CoroMill 172

for gear milling are other new concepts

that will help you stay ahead of

competi-tion. Today and tomorrow.

Klas Forsström

President Sandvik Coromant

Catalogues

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To make life easier, a new standard is developed

ISO 13399 is an international standard that will simplify the exchange of data for cutting tools. You will notice a slight difference, through

the new parameters and descriptions of each tool.

For the first time ever, there is a standardized way of describing product data regarding cutting tools. When all tools in the industry share the

same parameters and definitions, communicating tool information becomes very straightforward.

What does this mean to you?

Basically, it means that your systems can talk to ours, as they all speak the same language. Download product data from our web site and use

it directly in your CAD/ CAM software to assemble tools that you use in production. No need to look for information in catalogues and interpret

data from one system to another. Imagine how much time this will save you!

Parameters in Supplement 13.1

Short name Preferred Name

ADJLX

Maximum adjustment limit

ALP

Clearance angle axial

ANN

Clearance angle minor

APMX

Depth of cut maximum

B

Shank width

BAWS

Body angle workpiece side

BBD

Balanced by design

BBR

Balanced by rotational test

BD

Body diameter

BHTA

Body half taper angle

BS

Wiper edge length

BSG

Basic standard group

CDX

Cutting depth maximum

CHW

Corner chamfer width

CICT

Cutting item count

CND

Coolant entry diameter

CNSC

Coolant entry style code

COATING

Coating

CNT

Coolant entry thread size

CP

Coolant pressure (recommended)

CRKS

Connection retention knob thread size

CTPT

Operation type

CUTDIA

Work piece parting diameter maximum

CW

Cutting width

CWTOLL

Cutting width lower tolerance

CWTOLU

Cutting width upper tolerance

CXSC

Coolant exit style code

CZC

Connection size code

CZC MS

Connection size code machine side

CZC WS

Connection size code workpiece side

DAH

Diameter access hole

DAXIN

Axial groove inside diameter minimum

DAXX

Axial groove outside diameter maximum

DBC

Diameter bolt circle

DC

Cutting diameter

DCB

Connection bore diameter

(4)

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DCF

Cutting diameter face contact

DCN

Cutting diameter minimum

DCON

Connection diameter

DCSFMS

Contact surface diameter machine side

DCSFWS

Contact surface diameter workpiece side

DCX

Cutting diameter maximum

DIX

Tool changer interference diameter maximum

DMIN

Minimum bore diameter

DMM

Shank diameter

DN

Neck diameter

DSGN

Design

D1

Fixing hole diameter

FHA

Flute helix angle

FLGT

Flange thickness

FTDZ

For thread diameter size

H

Shank height

HF

Functional height

HRY

Lowest point from reference plain

HTB

Body height

HTH

Height

IC

Inscribed circle diameter

INSL

Insert length

IZC

Insert size code

KAPR

Tool cutting edge angle

KCH

Corner chamfer

L

Cutting edge length

LB

Body length

LCF

Length chip flute

LE

Cutting edge effective length

LF

Functional length

LH

Head length

LPR

Protruding length

LS

Shank length

LSC

Clamping length

LSCN

Clamping length minimum

LSCX

Clamping length maximum

LSD

Dead shank length

LU

Usable length (max. recommended)

MHD

Mounting hole distance

MIID

Master insert identification

MMCC

Code for preset torque

NOF

Flute count

OAH

Overall height

OAL

Overall length

OAW

Overall width

OHN

Overhang minimum

OHX

Overhang maximum

PHD

Premachined hole diameter

PHDX

Maximum premachined hole diameter

PL

Point length

PRFRAD

Profile radius

PRSPC

Profile specification

PSIR

Tool lead angle

PSIRL

Cutting edge angle major left hand

PSIRR

Cutting edge angle major right hand

RADH

Radial body height

RADW

Radial body width

RE

Corner radius

(5)

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RGL

Regrind length

RMPX

Maximum ramping angle

RPMX

Rotational speed maximum

S

Insert thickness

SDL

Step diameter length

SIG

Point angle

SPTL

Splitline

SSC

Insert seat size code

SUBSTRATE

Substrate

TCDC

Tolerance class cutting diameter

TCDMM

Shank diameter tolerance

TCHA

Achievable hole tolerance

TCT

Tolerance class tool

TCTR

Thread tolerance class

TD

Thread diameter

TDZ

Thread diameter size

TFLA

Tap floating length ahead

TFLB

Tap floating length behind

THCHT

Threading chamfer type

THFT

Form type

THLGTH

Thread length

THUB

Hub thickness

TP

Thread pitch

TPI

Threads per inch

TPIN

Threads per inch minimum

TPIX

Threads per inch maximum

TPN

Thread pitch minimum

TPX

Maximum thread pitch

TQ

Torque

TSYC

Tool style code

ULDR

Usable length diameter ratio

VCX

Maximum cutting speed

WB

Body width

WF

Functional width

WFCIRP

Width to cutting item reference point

WSC

Clamping width

WT

Weight of item

W1

Insert width

ZEFF

Face effective cutting edge count

ZEFP

Peripheral effective cutting edge count (ZEFP)

ZWX

Maximum number of Wiper inserts

(6)

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E

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A

GENERAL TURNING

Inserts

Inserts optimized for high pressure coolant

A3

Multi-material inserts

Negative basic-shape inserts – T-Max®P

A9

Internal machining

CoroTurn®HP boring bars

A14

Tools for small part machining

CoroTurn®XS inserts and holders

A23

Cutting data

Cutting speed recommendations, metric values

A32

Cutting speed recommendations, inch values

A36

B

PARTING AND GROOVING

CoroCut

®

1- and 2-edge

Inserts

B2

Tools for small part machining

CoroCut®MB inserts and holders

B6

CoroThread®254 grooving inserts

B13

D

MILLING

CoroMill®357, face milling cutter

D3

CoroMill®419, high feed cutter

D9

CoroMill®345, inserts

D14

CoroMill®490, inserts for advanced cutting materials

D16

CoroMill®170, gear milling cutter

D18

CoroMill®316, exchangeable milling heads

D24

CoroMill®Plura - Optimized

D29

CoroMill®Plura - Versatile

D36

E DRILLING

CoroDrill®870, exchangeable tip drill

E4

CoroDrill®880, indexable insert drill

E23

Deep hole drilling

CoroDrill®800 solid drill heads

E30

CoroDrill®801, productive drilling

E36

CoroDrill®818, counterboring

E40

Inserts for CoroDrill®818

E45

Skiving and roller burnishing

E46

Collets and sealing sleeves for STS

E47

Cutting data

E48

T-Max

®

P geometry -MRR

Reliable stainless steel roughing geometry with excellent edge

strength.

Page A8

CoroTurn

®

HP boring bars

Internal wet turning with coolant pressure up to 275 bar

(4000 psi).

Page A14

CoroMill

®

419

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CoroMill

®

316

The exchangeable-head milling system is now available with

internal coolant.

Page D24

F

BORING

CoroBore Assembly kits

CoroBore®820, roughing

F5

CoroBore®820XL, roughing

F13

DuoBore™ 821, roughing

F28

DuoBore™ 821D, dampened, roughing

F32

CoroBore®825/826, finishing

F38

CoroBore®825D, dampened, finishing

F41

CoroBore®825/826XL, finishing

F45

CoroBore®825D XL/826D XL, dampened, finishing

F47

Face grooving

CoroBore®825 SL, face grooving

F51

G

TOOLING SYSTEMS

CoroChuck™ 930, high precision hydraulic chuck

G4

Coromant Capto®adaptors for rotating tools

G16

Manually operated clamping units

G19

Accessories

G13

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CoroTurn

®

SL SYSTEM

SL cutting heads

Cutting heads with CoroTurn®HP

I2

CoroTurn®SL70 cutting heads

I6

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GENERAL INFORMATION

Tailor Made

J2

Conversion table

J3

Index

J6

CoroChuck™ 930

Hydraulic chuck with the best pull-out security on the market.

Page G2

CoroBore

®

825 SL face grooving

Productive face grooving tools for diameter range 47-1275 mm

(1.850-50.197inch).

Page F50

Coromant Capto

®

Clamping units with coolant pressure up to 200 bar (2900 PSI).

(8)

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Optimized geometries for high pressure coolant

T-Max

®

P and CoroTurn

®

107 inserts

Sandvik Coromant is now taking a big innovative step towards maximized

performance by introducing new insert geometries especially designed for the HP

holders. Compared to standard geometries, they promise longer tool-life, improved

chip breaking and higher productivity, thanks to optimized high pressure coolant jets

perfectly directed at the cutting zone.

Benefits

- Chip control

- Improved process security

- Longer tool-life

- Higher cutting data

Technical features

- Dedicated chip breakers for Sandvik Coromant HP holders

- Enhanced micro geometry for longer tool-life and more predictable wear

- Optimized coolant delivery to the cutting zone by the insert geometry

design in combination with the fixed nozzle technology

ISO application areas:

Advanced nozzle technology gives perfect point

of impact for finish to medium machining.

Application

- Fine- to medium machining

- Insert grades for steel, stainless steel and

HRSA materials

- Coolant pressures from 30 bars (435 psi)

- Use in Sandvik Coromant HP tool holders for

best effect

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T-Max

®

P

Rhombic 80°

Rhombic 55°

Optimized for high pressure coolant

Recommended grade

P

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N

S

H

Finishing

4225

2025

1115

Medium

4225

2025

1115

Roughing

For dimensions, see code key in Turning tools catalogue.

P M S

ISO CODE 4225 2025 1115 ANSI CODE

Mediu

m

12 1/2 CNMG 12 04 04-MMC ✩ _{CNMG 431-MMC}

CNMG 12 04 08-MMC ✩ CNMG 432-MMC

16 5/8 CNMG 16 06 08-MMC ✩ CNMG 542-MMC

12 1/2 CNMG 12 04 04-PMC ✩ CNMG 431-PMC

CNMG 12 04 08-PMC ✩ CNMG 432-PMC

16 5/8 CNMG 16 06 08-PMC ✩ CNMG 542-PMC

CNMG 16 06 12-PMC ✩ _{CNMG 543-PMC}

12 1/2 CNMG 12 04 04-SMC ✩CNMG 431-SMC

CNMG 12 04 08-SMC ✩CNMG 432-SMC

CNMG 12 04 12-SMC ✩_{CNMG 433-SMC}

16 5/8 CNMG 16 06 08-SMC ✩_{CNMG 542-SMC}

CNMG 16 06 12-SMC ✩CNMG 543-SMC

CNMG 16 06 16-SMC ✩CNMG 544-SMC

P M S

ISO CODE 4225 2025 1115 ANSI CODE

Medi

um

11 3/8 DNMG 11 04 04-MMC ✩ DNMG 331-MMC

DNMG 11 04 08-MMC ✩ DNMG 332-MMC

15 1/2 DNMG 15 04 04-MMC ✩ DNMG 431-MMC

DNMG 15 04 08-MMC ✩ _{DNMG 432-MMC}

11 3/8 DNMG 11 04 04-PMC ✩ DNMG 331-PMC

DNMG 11 04 08-PMC ✩ _{DNMG 332-PMC}

15 1/2 DNMG 15 04 04-PMC ✩ DNMG 431-PMC

DNMG 15 04 08-PMC ✩ DNMG 432-PMC

DNMG 15 06 08-PMC ✩ _{DNMG 442-PMC}

11 3/8 DNMG 11 04 04-SMC ✩DNMG 331-SMC

DNMG 11 04 08-SMC ✩DNMG 332-SMC

15 1/2 DNMG 15 04 04-SMC ✩DNMG 431-SMC

DNMG 15 04 08-SMC ✩DNMG 432-SMC

For explanation of parameters see page 3

= New item

(10)

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T-Max

®

P

Square

Triangular

P M S

Medi

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12 1/2 SNMG 12 04 04-MMC ✩ SNMG 431-MMC

SNMG 12 04 08-MMC ✩ _{SNMG 432-MMC}

SNMG 12 04 12-MMC ✩ SNMG 433-MMC

12 1/2 SNMG 12 04 04-PMC ✩ SNMG 431-PMC

SNMG 12 04 08-PMC ✩ SNMG 432-PMC

SNMG 12 04 12-PMC ✩ SNMG 433-PMC

12 1/2 SNMG 12 04 04-SMC ✩SNMG 431-SMC

SNMG 12 04 08-SMC ✩SNMG 432-SMC

SNMG 12 04 12-SMC ✩SNMG 433-SMC

P M S

ISO CODE 4225 2025 1115 ANSI CODE

Mediu

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16 3/8 TNMG 16 04 04-MMC ✩ TNMG 331-MMC

TNMG 16 04 08-MMC ✩ TNMG 332-MMC

TNMG 16 04 12-MMC ✩ TNMG 333-MMC

16 3/8 TNMG 16 04 04-PMC ✩ TNMG 331-PMC

TNMG 16 04 08-PMC ✩ TNMG 332-PMC

TNMG 16 04 12-PMC ✩ _{TNMG 333-PMC}

16 3/8 TNMG 16 04 04-SMC ✩_{TNMG 331-SMC}

TNMG 16 04 08-SMC ✩TNMG 332-SMC

TNMG 16 04 12-SMC ✩TNMG 333-SMC

For explanation of parameters see page 3

= New item

For a complete product assortment and technical information, see Turning tools catalogue and Supplement 12.2.

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T-Max

®

P

Trigon 80°

Rhombic 35°

P M S

Medi

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08 1/2 WNMG 08 04 04-MMC ✩ WNMG 431-MMC

WNMG 08 04 08-MMC ✩ _{WNMG 432-MMC}

WNMG 08 04 12-MMC ✩ WNMG 433-MMC

08 1/2 WNMG 08 04 04-PMC ✩ WNMG 431-PMC

WNMG 08 04 08-PMC ✩ WNMG 432-PMC

WNMG 08 04 12-PMC ✩ WNMG 433-PMC

08 1/2 WNMG 08 04 04-SMC ✩WNMG 431-SMC

WNMG 08 04 08-SMC ✩WNMG 432-SMC

WNMG 08 04 12-SMC ✩WNMG 433-SMC

P M S

ISO CODE 4225 2025 1115 ANSI CODE

Mediu

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16 3/8 VNMG 16 04 04-MMC ✩ VNMG 331-MMC

VNMG 16 04 08-MMC ✩ VNMG 332-MMC

VNMG 16 04 12-MMC ✩ VNMG 333-MMC

16 3/8 VNMG 16 04 04-PMC ✩ VNMG 331-PMC

VNMG 16 04 08-PMC ✩ VNMG 332-PMC

VNMG 16 04 12-PMC ✩ _{VNMG 333-PMC}

16 3/8 VNMG 16 04 04-SMC ✩_{VNMG 331-SMC}

VNMG 16 04 08-SMC ✩VNMG 332-SMC

VNMG 16 04 12-SMC ✩VNMG 333-SMC

For explanation of parameters see page 3

= New item

(12)

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C

D

E

F

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CoroTurn

®

107

Rhombic 80°

Rhombic 55°

Recommended grade

P

M

K

N

S

H

Finishing

4225

2025

1115

Medium

4225

2025

1115

Roughing

P M S

ISO CODE 422

5

202

5

111

5

ANSI CODE

Mediu

m

09 3/8 CCMT 09 T3 04-MMC ✩ CCMT 3(2.5)1-MMC

CCMT 09 T3 08-MMC ✩ CCMT 3 (2.5) 2-MMC

09 3/8 CCMT 09 T3 04-PMC ✩ CCMT 3(2.5)1-PMC

CCMT 09 T3 08-PMC ✩ _{CCMT 3(2.5)2-PMC}

09 3/8 CCMT 09 T3 04-SMC ✩CCMT 3(2.5)1-SMC

CCMT 09 T3 08-SMC ✩CCMT 3(2.5)2-SMC

P M S

ISO CODE 4225 2025 1115 ANSI CODE

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11 3/8 DCMT 11 T3 04-MMC ✩ DCMT 3(2.5)1-MMC

DCMT 11 T3 08-MMC ✩ DCMT 3(2.5)2-MMC

DCMT 11 T3 12-MMC ✩ DCMT 3(2.5)3-MMC

11 3/8 DCMT 11 T3 04-PMC ✩ DCMT 3(2.5)1-PMC

DCMT 11 T3 08-PMC ✩ DCMT 3(2.5)2-PMC

DCMT 11 T3 12-PMC ✩ DCMT 3(2.5)3-PMC

11 3/8 DCMT 11 T3 04-SMC ✩DCMT 3(2.5)1-SMC

DCMT 11 T3 08-SMC ✩DCMT 3(2.5)2-SMC

DCMT 11 T3 12-SMC ✩_{DCMT 3(2.5)3-SMC}

For explanation of parameters see page 3

= New item

(13)

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CoroTurn

®

107

Square

Rhombic 35°

P M S

Medi

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09 3/8 SCMT 09 T3 04-MMC ✩ SCMT 3(2.5)1-MMC

SCMT 09 T3 08-MMC ✩ _{SCMT 3(2.5)2-MMC}

09 3/8 SCMT 09 T3 04-PMC ✩ SCMT 3(2.5)1-PMC

SCMT 09 T3 08-PMC ✩ SCMT 3(2.5)2-PMC

09 3/8 SCMT 09 T3 04-SMC ✩SCMT 3(2.5)1-SMC

SCMT 09 T3 08-SMC ✩SCMT 3(2.5)2-SMC

P M S

ISO CODE 4225 2025 1115 ANSI CODE

Mediu

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16 3/8 VBMT 16 04 04-MMC ✩ VBMT 331-MMC

VBMT 16 04 08-MMC ✩ VBMT 332-MMC

VBMT 16 04 12-MMC ✩ VBMT 333-MMC

16 3/8 VBMT 16 04 04-PMC ✩ VBMT 331-PMC

VBMT 16 04 08-PMC ✩ VBMT 332-PMC

VBMT 16 04 12-PMC ✩ _{VBMT 333-PMC}

16 3/8 VBMT 16 04 04-SMC ✩_{VBMT 331-SMC}

VBMT 16 04 08-SMC ✩VBMT 332-SMC

VBMT 16 04 12-SMC ✩VBMT 333-SMC

For explanation of parameters see page 3

= New item

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ISO application area

T-Max

®

P geometry -MRR

Technical features

- Open geometry allows for increased feed, compared to -MR

- Stronger cutting edge than both -MM and -MR gives reliable

performance and longer tool life in demanding applications and

material

- Designed for efficient chip removal - increased resistance to chip

hammering

Technical features

- Geometries are designed to meet a wide application area in terms of feed

rates, depths of cut

- Two grades, GC15 and GC30, that provide secure performance also in difficult

cuts in most workpiece materials

Finishing -XF

- Designed for light cutting action

- Optimum chip breaking when finishing

- Smooth chip forming in medium

machining

Medium -XM

- Light cutting, strong geometry for flexible

machining

- Balanced edge rounding for medium rough to

finish machining

- Chip former for medium rough to finish

machining

Medium roughing -XMR

- Re-inforced cutting edge for toughness

demanding operations

- Strong 100° corner for security in high feed

operations

- Large contact surfaces for secure and stable

machining

GC30

- Steel

- Long times in cut

- Abrasive materials

- Moderate to low cutting data

GC15

- Stainless steel, HRSA

- Interrupted cuts

- Small components

- Moderate to low cutting data

T-Max P geometries:

Relative to

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T-Max

®

P

Rhombic 80°

P M K N S H

ISO CODE GC

1

5

GC

3

0

1115 1125 2015 2025 2035 GC

1 5 GC 3 0 GC 1 5 GC 3 0 GC 1 5

1115 1125 GC

1 5 GC 3 0 ANSI CODE Fi ni shi n g

09 3/8 CNMG 09 03 04-MF ✩ ✩ ✩ ✩ ✩ CNMG 321-MF

CNMG 09 03 08-MF ✩ ✩ ✩ ✩ ✩ CNMG 322-MF

09 3/8 CNMG 09 03 04-XF ✩ ✩ ✩✩ ✩✩ ✩ ✩ ✩CNMG 321-XF

12 1/2 CNMG 12 04 04-XF ✩ ✩ ✩✩ ✩✩ ✩ ✩ ✩_{CNMG 431-XF}

CNMG 12 04 08-XF ✩ ✩ ✩✩ ✩✩ ✩ ✩ ✩CNMG 432-XF

Me

di

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09 3/8 CNMG 09 03 04-MM ✩ ✩ ✩ ✩ ✩ CNMG 321-MM

CNMG 09 03 08-MM ✩ ✩ ✩ ✩ ✩ CNMG 322-MM

09 3/8 CNMG 09 03 08-XM ✩ ✩ ✩✩ ✩✩ ✩ ✩ ✩CNMG 322-XM

12 1/2 CNMG 12 04 04-XM ✩ ✩ ✩✩ ✩✩ ✩ ✩ ✩CNMG 431-XM

CNMG 12 04 08-XM ✩ ✩ ✩✩ ✩✩ ✩ ✩ ✩CNMG 432-XM

CNMG 12 04 12-XM ✩ ✩ ✩✩ ✩✩ ✩ ✩ ✩_{CNMG 433-XM}

Ro

u

g

hi

ng

12 1/2 CNMG 12 04 12-MRR ✩ ✩ ✩✩ ✩ CNMG 433-MRR

CNMG 12 04 16-MRR ✩ ✩ ✩✩ ✩ CNMG 434-MRR

16 5/8 CNMG 16 06 12-MRR ✩ ✩ ✩✩ ✩ CNMG 543-MRR

CNMG 16 06 16-MRR ✩ ✩ ✩✩ ✩ CNMG 544-MRR

19 3/4 CNMG 19 06 12-MRR ✩ ✩✩ CNMG 643-MRR

CNMG 19 06 16-MRR ✩ ✩✩ CNMG 644-MRR

CNMG 19 06 24-MRR ✩✩ CNMG 646-MRR

12 1/2 CNMG 12 04 08-XMR ✩ ✩ ✩✩ ✩✩ ✩ ✩ ✩_{CNMG 432-XMR}

CNMG 12 04 12-XMR ✩ ✩ ✩✩ ✩✩ ✩ ✩ ✩CNMG 433-XMR

CNMG 12 04 16-XMR ✩ ✩ ✩✩ ✩✩ ✩ ✩ ✩CNMG 434-XMR

16 5/8 CNMG 16 06 12-XMR ✩ ✩ ✩✩ ✩✩ ✩ ✩ ✩CNMG 543-XMR

CNMG 16 06 16-XMR ✩ ✩ ✩✩ ✩✩ ✩ ✩ ✩CNMG 544-XMR

19 3/4 CNMG 19 06 12-XMR ✩ ✩ ✩✩ ✩✩ ✩ ✩ ✩_{CNMG 643-XMR}

CNMG 19 06 16-XMR ✩ ✩ ✩✩ ✩✩ ✩ ✩ ✩CNMG 644-XMR

For explanation of parameters see page 3

= New item

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T-Max

®

P

Rhombic 55°

P M K N S H

ISO CODE GC

15

GC

30

2015 2025 2035 GC

15

GC

30

GC

15

GC

30

GC

15

GC

15

GC

30

ANSI CODE

Fi

ni

sh

in

g

15 1/2 DNMG 15 04 04-XF ✩ ✩ ✩✩ ✩✩ ✩✩ ✩DNMG 431-XF

DNMG 15 04 08-XF ✩ ✩ ✩✩ ✩✩ ✩✩ ✩_{DNMG 432-XF}

DNMG 15 06 04-XF ✩ ✩ ✩✩ ✩✩ ✩✩ ✩DNMG 441-XF

DNMG 15 06 08-XF ✩ ✩ ✩✩ ✩✩ ✩✩ ✩DNMG 442-XF

Me

di

um

15 1/2 DNMG 15 04 04-XM ✩ ✩ ✩✩ ✩✩ ✩✩ ✩DNMG 431-XM

DNMG 15 04 08-XM ✩ ✩ ✩✩ ✩✩ ✩✩ ✩DNMG 432-XM

DNMG 15 06 04-XM ✩ ✩ ✩✩ ✩✩ ✩✩ ✩DNMG 441-XM

DNMG 15 06 08-XM ✩ ✩ ✩✩ ✩✩ ✩✩ ✩DNMG 442-XM

DNMG 15 06 12-XM ✩ ✩ ✩✩ ✩✩ ✩✩ ✩DNMG 443-XM

R

o

u

g

hi

ng

15 1/2 DNMG 15 04 12-MRR ✩ ✩✩ DNMG 433-MRR

DNMG 15 04 16-MRR ✩ ✩✩ DNMG 434-MRR

DNMG 15 06 12-MRR ✩ ✩✩ DNMG 443-MRR

DNMG 15 06 16-MRR ✩ ✩✩ _{DNMG 444-MRR}

15 1/2 DNMG 15 06 12-XMR ✩ ✩ ✩✩ ✩✩ ✩✩ ✩DNMG 443-XMR

For explanation of parameters see page 3

= New item

(17)

B

C

D

E

F

G

H

I

J

T-Max

®

P

Square

P M K N S H

ISO CODE GC

15

GC

30

1115 2015 2025 2035 GC

15

GC

30

GC

15

GC

30

GC

15

1115 GC

15

GC

30

ANSI CODE

Mediu

m

12 1/2 SNMG 12 04 08-XM ✩ ✩ ✩ ✩✩ ✩✩ ✩ ✩SNMG 432-XM

SNMG 12 04 12-XM ✩ ✩ ✩ ✩✩ ✩✩ ✩ ✩_{SNMG 433-XM}

Rou

g

hi

ng

12 1/2 SNMG 12 04 12-MRR ✩ ✩✩ ✩ ✩ SNMG 433-MRR

15 5/8 SNMG 15 06 12-MRR ✩ ✩✩ ✩ ✩ SNMG 543-MRR

SNMG 15 06 16-MRR ✩✩ ✩ SNMG 544-MRR

19 3/4 SNMG 19 06 12-MRR ✩✩ ✩ SNMG 643-MRR

SNMG 19 06 16-MRR ✩✩ ✩ SNMG 644-MRR

SNMG 19 06 24-MRR ✩ ✩ _{SNMG 646-MRR}

12 1/2 SNMG 12 04 08-XMR ✩ ✩ ✩ ✩✩ ✩✩ ✩ ✩SNMG 432-XMR

SNMG 12 04 12-XMR ✩ ✩ ✩ ✩✩ ✩✩ ✩ ✩SNMG 433-XMR

SNMG 12 04 16-XMR ✩ ✩ ✩ ✩✩ ✩✩ ✩ ✩SNMG 434-XMR

19 3/4 SNMG 19 06 12-XMR ✩ ✩ ✩ ✩✩ ✩✩ ✩ ✩_{SNMG 643-XMR}

SNMG 19 06 16-XMR ✩ ✩ ✩ ✩✩ ✩✩ ✩ ✩SNMG 644-XMR

For explanation of parameters see page 3

= New item

(18)

B

C

D

E

F

G

H

I

J

T-Max

®

P

Triangular

P M K N S H

ISO CODE GC

1

5

GC

3

0

1115 2015 2025 2035 GC

1

5

GC

3

0

GC

1

5

GC

3

0

GC

1

5

1115 GC

1

5

GC

3

0

ANSI CODE

Fi

ni

sh

in

g

16 3/8 TNMG 16 04 04-XF ✩ ✩ ✩ ✩✩ ✩✩ ✩ ✩TNMG 331-XF

TNMG 16 04 08-XF ✩ ✩ ✩ ✩✩ ✩✩ ✩ ✩TNMG 332-XF

TNMG 16 04 12-XF ✩ ✩ ✩ ✩✩ ✩✩ ✩ ✩_{TNMG 333-XF}

Medi

um

16 3/8 TNMG 16 04 04-XM ✩ ✩ ✩ ✩✩ ✩✩ ✩ ✩TNMG 331-XM

TNMG 16 04 08-XM ✩ ✩ ✩ ✩✩ ✩✩ ✩ ✩_{TNMG 332-XM}

TNMG 16 04 12-XM ✩ ✩ ✩ ✩✩ ✩✩ ✩ ✩TNMG 333-XM

Ro

u

g

hi

ng

16 3/8 TNMG 16 04 12-MRR ✩ ✩✩ ✩ ✩ TNMG 333-MRR

22 1/2 TNMG 22 04 12-MRR ✩ ✩ TNMG 433-MRR

TNMG 22 04 16-MRR ✩ ✩ ✩ ✩ TNMG 434-MRR

16 3/8 TNMG 16 04 08-XMR ✩ ✩ ✩ ✩✩ ✩✩ ✩ ✩TNMG 332-XMR

TNMG 16 04 12-XMR ✩ ✩ ✩ ✩✩ ✩✩ ✩ ✩TNMG 333-XMR

For explanation of parameters see page 3

= New item

(19)

B

C

D

E

F

G

H

I

J

T-Max

®

P

Trigon 80°

P M K N S H

ISO CODE GC

15

GC

30

1115 2015 2025 2035 GC

15

GC

30

GC

15

GC

30

GC

15

1115 GC

15

GC

30

ANSI CODE

Fi

ni

sh

in

g

06 3/8 WNMG 06 04 04-XF ✩ ✩ ✩ ✩✩ ✩✩ ✩ ✩WNMG 331-XF

WNMG 06 04 08-XF ✩ ✩ ✩ ✩✩ ✩✩ ✩ ✩_{WNMG 332-XF}

08 1/2 WNMG 08 04 04-XF ✩ ✩ ✩ ✩✩ ✩✩ ✩ ✩WNMG 431-XF

WNMG 08 04 08-XF ✩ ✩ ✩ ✩✩ ✩✩ ✩ ✩WNMG 432-XF

Me

di

um

06 3/8 WNMG 06 04 04-XM ✩ ✩ ✩ ✩✩ ✩✩ ✩ ✩WNMG 331-XM

WNMG 06 04 08-XM ✩ ✩ ✩ ✩✩ ✩✩ ✩ ✩WNMG 332-XM

WNMG 06 04 12-XM ✩ ✩ ✩ ✩✩ ✩✩ ✩ ✩WNMG 333-XM

08 1/2 WNMG 08 04 04-XM ✩ ✩ ✩ ✩✩ ✩✩ ✩ ✩WNMG 431-XM

WNMG 08 04 08-XM ✩ ✩ ✩ ✩✩ ✩✩ ✩ ✩WNMG 432-XM

WNMG 08 04 12-XM ✩ ✩ ✩ ✩✩ ✩✩ ✩ ✩_{WNMG 433-XM}

R

o

u

g

hi

ng

06 3/8 WNMG 06 04 12-MRR ✩✩ ✩ WNMG 333-MRR

08 1/2 WNMG 08 04 12-MRR ✩ ✩✩ ✩ ✩ WNMG 433-MRR

06 3/8 WNMG 06 04 08-XMR ✩ ✩ ✩ ✩✩ ✩✩ ✩ ✩WNMG 332-XMR

WNMG 06 04 12-XMR ✩ ✩ ✩ ✩✩ ✩✩ ✩ ✩WNMG 333-XMR

08 1/2 WNMG 08 04 12-XMR ✩ ✩ ✩ ✩✩ ✩✩ ✩ ✩_{WNMG 433-XMR}

For explanation of parameters see page 3

= New item

(20)

B

C

D

E

F

G

H

I

J

CoroTurn

®

HP

T-Max

®

P lever design

Metric version

Inch version

Advanced cooling technology

TSYC

A..PCLNR/L..HP

KAPR

95°

PSIR

-5°

Dimensions, mm Gauge insert

CZC

MS Ordering code DMM DMIN WF LU H LF OHN CNT CNSC MIID

09 16 A16R-PCLNR/L09HP 16 26 11 64 15 200 37 G1/8" 1 275 2.0 CNMG 09 03 08

20 A20S-PCLNR/L09HP 20 25 13 80 18 250 34 G1/8" 1 275 2.0 CNMG 09 03 08

25 A25T-PCLNR/L09HP 25 32 17 100 23 300 34 G1/8" 1 275 2.0 CNMG 09 03 08

12 25 A25T-PCLNR/L12HP 25 32 17 100 23 300 37 G1/8" 1 275 5.0 CNMG 12 04 08

19 50 A50U-PCLNR/L19HP 50 63 35 200 47 350 45 G1/8" 1 275 10.0 CNMG 19 06 12

Dimensions, inch Gauge insert

CZC

3/8 5/8 A10R-PCLNR/L3HP .625 1.063 .406 2.500 .591 8.000 1.488 G1/8" 1 3988 1.5 CNMG 322

3/4 A12S-PCLNR/L3HP .750 1.000 .500 3.000 .709 10.000 1.362 G1/8" 1 3988 1.5 CNMG 322

1 A16T-PCLNR/L3HP 1.000 1.201 .640 4.000 .906 12.000 1.343 G1/8" 1 3988 3.7 CNMG 322

1/2 1 A16T-PCLNR/L4HP 1.000 1.201 .640 4.000 .906 12.000 1.480 G1/8" 1 3988 3.7 CNMG 432

1 1/4 A20T-PCLNR/L4HP 1.250 1.469 .765 5.000 1.181 12.000 1.528 G1/8" 1 3988 3.7 CNMG 432

1 1/2 A24T-PCLNR/L4HP 1.500 1.760 .890 6.000 1.457 12.000 1.528 G1/8" 1 3988 3.7 CNMG 432

3/4 2 A32U-PCLNR/L6HP 2.000 2.402 1.281 7.874 1.850 14.000 1.795 G1/8" 1 3988 7.4 CNMG 643

For explanation of parameters see page 3

R = Right hand, L = Left hand

CNSC 1 = coolant through centre

= New item

(21)

B

C

D

E

F

G

H

I

J

CoroTurn

®

HP

T-Max

®

P lever design

Metric version

Inch version

TSYC

A..PDUNR/L..HP

KAPR

93°

PSIR

-3°

CZC

11 25 A25T-PDUNR/L11HP 25 32 17 100 23 300 37 G1/8" 1 275 2.0 DNMG 11 04 08

32 A32T-PDUNR/L11HP 32 40 22 128 30 300 36 G1/8" 1 275 2.0 DNMG 11 04 08

15 40 A40T-PDUNR/L15HP 40 50 27 160 37 300 40 G1/8" 1 275 5.0 DNMG 15 06 08

50 A50U-PDUNR/L15HP 50 63 35 200 47 350 40 G1/8" 1 275 5.0 DNMG 15 06 08

CZC

3/8 1 A16T-PDUNR/L3HP 1.000 1.252 .700 4.000 .906 12.000 1.488 G1/8" 1 3988 1.5 DNMG 332

1 1/4 A20T-PDUNR/L3HP 1.250 1.532 .890 4.764 1.181 12.000 1.425 G1/8" 1 3988 1.5 DNMG 332

1/2 1 1/2 A24T-PDUNR/L4HP 1.500 1.850 1.063 6.000 1.457 12.000 1.622 G1/8" 1 3988 3.7 DNMG 432

2 A32U-PDUNR/L4HP 2.000 2.500 1.375 10.000 1.850 14.000 1.598 G1/8" 1 3988 3.7 DNMG 432

For explanation of parameters see page 3

= New item

(22)

B

C

D

E

F

G

H

I

J

CoroTurn

®

HP

T-Max

®

P lever design

Metric version

Inch version

TSYC

A..PSKNR/L..HP

KAPR

75°

PSIR

15°

CZC

12 25 A25T-PSKNR/L12HP 25 32 17 100 23 300 35 G1/8" 1 275 5.0 SNMG 12 04 08

32 A32T-PSKNR/L12HP 32 40 22 128 30 300 34 G1/8" 1 275 5.0 SNMG 12 04 08

40 A40T-PSKNR/L12HP 40 50 27 160 37 300 34 G1/8" 1 275 5.0 SNMG 12 04 08

19 50 A50U-PSKNR/L19HP 50 63 35 200 47 350 40 G1/8" 1 275 10.0 SNMG 19 06 12

CZC

1/2 1 A16T-PSKNR/L4HP 1.000 1.252 .640 4.000 .906 12.000 1.386 G1/8" 1 3988 3.7 SNMG 432

1 1/4 A20T-PSKNR/L4HP 1.250 1.532 .890 5.000 1.181 12.000 1.350 G1/8" 1 3988 3.7 SNMG 432

1 1/2 A24T-PSKNR/L4HP 1.500 1.850 1.015 6.000 1.457 12.000 1.350 G1/8" 1 3988 3.7 SNMG 432

3/4 2 A32U-PSKNR/L6HP 2.000 2.500 1.375 8.000 1.850 14.000 1.587 G1/8" 1 3988 7.4 SNMG 643

For explanation of parameters see page 3

= New item

(23)

B

C

D

E

F

G

H

I

J

CoroTurn

®

HP

T-Max

®

P lever design

Metric version

Inch version

TSYC

A..PTFNR/L..HP

KAPR

91°

PSIR

-0°

CZC

11 16 A16R-PTFNR/L11HP 16 28 11 64 15 200 30 G1/8" 1 275 1.2 TNMG 11 03 04

20 A20S-PTFNR/L11HP 20 28 13 80 18 250 30 G1/8" 1 275 1.2 TNMG 11 03 04

25 A25T-PTFNR/L11HP 25 32 17 100 23 300 30 G1/8" 1 275 1.2 TNMG 11 03 04

CZC

1/4 5/8 A10R-PTFNR/L2HP .625 1.063 .406 2.500 .591 8.000 1.272 G1/8" 1 3988 0.9 TNMG 221

3/4 A12S-PTFNR/L2HP .750 1.063 .500 3.000 .709 10.000 1.217 G1/8" 1 3988 0.9 TNMG 221

1 A16T-PTFNR/L2HP 1.000 1.201 .640 4.000 .906 12.000 1.217 G1/8" 1 3988 0.9 TNMG 221

For explanation of parameters see page 3

= New item

(24)

B

C

D

E

F

G

H

I

J

CoroTurn

®

HP

T-Max

®

P lever design

Metric version

Inch version

TSYC

A..PWLNR/L..HP

KAPR

95°

PSIR

-5°

CZC

08 25 A25T-PWLNR/L08HP 25 32 17 100 23 300 42 G1/8" 1 275 2.0 WNMG 08 04 08

CZC

1/2 1 A16T-PWLNR/L4HP 1.000 1.252 .640 4.000 .906 12.000 1.661 G1/8" 1 3988 1.5 WNMG 432

For explanation of parameters see page 3

= New item

(25)

B

C

D

E

F

G

H

I

J

Spare parts

CoroTurn

®

HP

T-Max

®

P lever design

A..PCLNR/L..HP

Metric

1 2 3 4 5 6

CZC

MS Lever Screw Key Shim Shim pin Nozzle

09 25-20 174.3-845-1 174.3-829 170.3-864 5691 026-13

12 25 438.3-841-1 438.3-832M 174.1-863 5691 026-13

12 32-40 174.3-848M 174.3-858 174.1-864 171.31-850M 174.3-861 5691 026-13

19 50 174.3-849M 174.3-822M 3021 010-040 171.31-851M 174.3-868 5691 026-13

Inch

1 2 3 4 5 6

CZC

3/8 3/4 174.3-845-1 174.3-829 170.3-864 5691 026-13

1/2 1 438.3-841-1 438.3-832M 174.1-863 5691 026-13

1/2 1 1/4 174.3-848M 174.3-858 174.1-864 171.31-850M 174.3-861 5691 026-13

3/4 2 174.3-849M 174.3-822M 3021 010-040 171.31-851M 174.3-868 5691 026-13

A..PDUNR/L..HP

Metric

1 2 3 4 5 6

CZC

11 25 5432 015-021 438.3-830 174.1-870 5691 026-13

11 32 5432 001-01 174.3-820M 170.3-860 5322 255-01 174.3-860 5691 026-13

15 40-50 174.3-847M 174.3-830 174.1-864 171.35-851M 174.3-861 5691 026-13

Inch

1 2 3 4 5 6

CZC

3/8 1 5432 015-021 438.3-830 174.1-870 5691 026-13

3/8 1 1/4 5432 001-01 174.3-820M 170.3-860 5322 255-01 174.3-860 5691 026-13

(26)

B

C

D

E

F

G

H

I

J

Spare parts

CoroTurn

®

HP

T-Max

®

P lever design

A..PSKNR/L..HP

Metric

1 2 3 4 5 6

CZC

12 25 438.3-841-1 438.3-832M 174.1-863 5691 026-13

12 32-40 174.3-841M 174.3-821 174.1-864 174.3-851M 174.3-861 5691 026-13

19 50 174.3-849M 174.3-822M 3021 010-040 174.3-852M 174.3-862 5691 026-13

Inch

1 2 3 4 5 6

CZC

1/2 1 438.3-841-1 438.3-832M 174.1-863 5691 026-13

1/2 1 1/4 174.3-848M 174.3-858 174.1-864 174.3-851M 174.3-861 5691 026-13

1/2 1 1/2 174.3-841M 174.3-821 174.1-864 174.3-851M 174.3-861 5691 026-13

3/4 2 174.3-849M 174.3-822M 3021 010-040 174.3-852M 174.3-862 5691 026-13

A..PTFNR/L..HP

Metric

1 2 3 6

CZC

MS Lever Screw Key Nozzle

11 25-20 174.3-846-1 174.3-829 170.3-864 5691 026-23

Inch

1 2 3 6

CZC

1/4 3/4 174.3-846-1 174.3-829 170.3-864 5691 026-23

1/4 1 174.3-846-1 174.3-829 170.3-864 5691 026-13

(27)

B

C

D

E

F

G

H

I

J

Spare parts

CoroTurn

®

HP

T-Max

®

P lever design

A..PWLNR/L..HP

Metric

1 2 3 6

CZC

08 25 438.3-841-1 438.3-832M 174.1-863 5691 026-13

Inch

1 2 3 6

CZC

(28)

B

C

D

E

F

G

H

I

J

CoroTurn

®

HP tubes and connection kit

Connection kit

Accessories to be ordered separately

Ordering code

Pcs

5692 070-01

A Banjo 90°, SWVE 06-LR (G1/8")

2

B Sealing washer, TREDO (1/8")

2

C Banjo 90°, SWVE 06-LM (M10)

1

D Straight connector, GE 06-LR (R1/8" taper)

1

E Straight connector, GE 06-LM (M10 taper)

1

Note:

- All 1/8’’ items are red marked and are always used to connect to holder

- 1/8’’ items or M10 items are used to connect to machine

- MAX coolant pressure is 275 bar (4000 psi) for CoroTurn HP tubes and connection kit accessories

1.

2.

3.

4.

Tube

Length, mm (inch)

Extension tube

adaptor

Screw nut

Cutting ring

5693 065-01

200 (7.8")

5692 067-01

5692 061-01

5692 062-01

5693 065-02

300 (11.8")

5693 065-03

400 (15.7")

5.

6.

VDI Coolant feed plug

VDI Coolant blanking

plug

5692 063-01

5692 063-02

(29)

B

C

D

E

F

G

H

I

J

CoroTurn

®

XS

Turning

With chip forming geometry

TSYC

CXS-xxT098..R/L

P M N S Dimensions, mm, inch

CZC

MS Ordering code 1025 1025 1025 1025 DMM DMIN LU RE WB WF LF OHX APMX

4 CXS-04T098A15-4210R ✩ ✩✩ ✩ 4 4.2 10.0 0.2 3.5 2.0 27.3 13.0 0.3

.157 .165 .394 .006 .136 .077 1.073 .512 .012

CXS-04T098A20-4215R ✩ ✩✩ ✩ 4 4.2 15.0 0.2 3.5 2.0 32.3 18.0 0.3

.157 .165 .591 .008 .136 .077 1.270 .709 .012

CXS-04T098A15-4220R ✩ ✩✩ ✩ 4 4.2 20.0 0.2 3.5 2.0 37.3 23.0 0.3

.157 .165 .787 .006 .136 .077 1.467 .906 .012

CXS-04T098A15-4225R ✩ ✩✩ ✩ 4 4.2 25.0 0.2 3.5 2.0 43.3 28.0 0.3

.157 .165 .984 .006 .136 .077 1.703 1.102 .012

5 CXS-05T098A20-5210R ✩ ✩✩ ✩ 5 5.2 20.0 0.2 4.3 2.5 32.3 13.0 0.5

.197 .205 .787 .008 .167 .096 1.270 .512 .020

CXS-05T098A20-5220R ✩ ✩✩ ✩ ₅ _5.2 _20.0 _0.2 _4.3 _2.5 _42.3 _23.0 _0.5

.197 .205 .787 .008 .167 .096 1.663 .906 .020

CXS-05T098A20-5225R ✩ ✩✩ ✩ 5 5.2 25.0 0.2 4.3 2.5 47.3 28.0 0.5

.197 .205 .984 .008 .167 .096 1.860 1.102 .020

CXS-05T098A20-5230R ✩ ✩✩ ✩ 5 5.2 30.0 0.2 4.3 2.5 52.3 33.0 0.5

.197 .205 1.181 .008 .167 .096 2.057 1.299 .020

6 CXS-06T098A20-6215R ✩ ✩✩ ✩ ₆ _6.2 _15.0 _0.2 _5.3 _3.0 _37.3 _18.0 _0.5

.236 .244 .591 .008 .207 .116 1.467 .709 .020

CXS-06T098A20-6220R ✩ ✩✩ ✩ 6 6.2 20.0 0.2 5.3 3.0 42.3 23.0 0.5

.236 .244 .787 .008 .207 .116 1.663 .906 .020

CXS-06T098A20-6225R ✩ ✩✩ ✩ 6 6.2 25.0 0.2 5.3 3.0 47.3 28.0 0.5

.236 .244 .984 .008 .207 .116 1.860 1.102 .020

CXS-06T098A20-6230R ✩ ✩✩ ✩ 6 6.2 30.0 0.2 5.3 3.0 52.3 33.0 0.5

.236 .244 1.181 .008 .207 .116 2.057 1.299 .020

7 CXS-07T098A20-7225R ✩ ✩✩ ✩ 7 7.2 25.0 0.2 6.3 3.5 47.3 28.0 0.5

.276 .283 .984 .008 .246 .136 1.860 1.102 .020

CXS-07T098A20-7230R ✩ ✩✩ ✩ 7 7.2 30.0 0.2 6.3 3.5 52.3 33.0 0.5

.276 .283 1.181 .008 .246 .136 2.057 1.299 .020

CXS-07T098A20-7240R ✩ ✩✩ ✩ 7 7.2 40.0 0.2 6.3 3.5 62.3 43.0 0.5

.276 .283 1.575 .008 .246 .136 2.451 1.693 .020

CZC MS to correspond with CZC WS on holder

R = Right hand, L = Left hand

Tolerances:

TSYC

RETOLL

RETOLU

RETOLL"

RETOLU"

CXS-xxT098..R/L

-0.02

0.02

-.0008

.0008

For explanation of parameters see page 3

= New item

J3

(30)

B

C

D

E

F

G

H

I

J

CoroTurn

®

XS

Face grooving

TSYC

CXS..F..AR/L (1)

CXS..F..AR/L (2)

P M N SDimensions, mm, inch

CZC

MS CW DAXIN DSGN Ordering code 1025 1025 1025 1025 DMM CDX RE WB WF LF OHX

6 1.00 6 1 CXS-06F100-6215AR/L ✩✩ ✩✩ 6.0 2.0 0.2 6.0 3.0 37.3 37.3

.039 .244 .236 .078 .006 .236 .116 1.469 1.469

1.50 6 1 CXS-06F150-6215AR/L ✩✩ ✩✩ _6.0 _2.0 _0.2 _6.0 _3.0 _37.3 _37.3

.059 .244 .236 .078 .006 .236 .116 1.469 1.469

2.00 6 1 CXS-06F200-6215AR/L ✩✩ ✩✩ 6.0 4.0 0.2 6.0 3.0 37.3 37.3

.079 .244 .236 .157 .006 .236 .116 1.469 1.469

2.50 6 1 CXS-06F250-6215AR/L ✩✩ ✩✩ 6.0 5.0 0.2 6.0 3.0 37.3 37.3

.098 .244 .236 .196 .006 .236 .116 1.469 1.469

3.00 6 1 CXS-06F300-6215AR/L ✩✩ ✩✩ _6.0 _6.0 _0.2 _6.0 _3.0 _37.3 _37.3

.118 .244 .236 .236 .006 .236 .116 1.469 1.469

8 2.00 10 2 CXS-08F200-8015AR/L ✩✩ ✩✩ 8.0 15.0 0.2 8.0 1.6 44.3 44.3

.079 .394 .315 .590 .008 .315 .062 1.742 1.742

2.50 10 2 CXS-08F250-8010AR/L ✩✩ ✩✩ 8.0 10.0 0.2 8.0 1.8 39.3 39.3

.098 .394 .315 .393 .008 .315 .072 1.545 1.545

3.00 10 2 CXS-08F300-8010AR/L ✩✩ ✩✩ 8.0 10.0 0.2 8.0 2.1 39.3 39.3

.118 .394 .315 .393 .008 .315 .081 1.545 1.545

3.00 10 2 CXS-08F300-8015AR/L ✩✩ ✩✩ 8.0 15.0 0.2 8.0 2.1 44.3 44.3

.118 .394 .315 .590 .008 .315 .081 1.742 1.742

4.00 10 2 CXS-08F400-8010AR/L ✩✩ ✩✩ 8.0 10.0 0.2 8.0 2.5 39.3 39.3

.157 .394 .315 .393 .008 .315 .098 1.545 1.545

4.00 10 2 CXS-08F400-8015AR/L ✩✩ ✩✩ 8.0 15.0 0.2 8.0 2.5 44.3 44.3

.157 .394 .315 .590 .008 .315 .098 1.742 1.742

10 3.00 12 2 CXS-10F300-10020AR/L ✩✩ ✩✩ 10.0 20.0 0.2 10.0 2.1 52.3 52.3

.118 .472 .394 .787 .008 .394 .081 2.057 2.057

3.00 12 2 CXS-10F300-10025AR/L ✩✩ ✩✩ _10.0 _20.0 _0.2 _10.0 _2.1 _57.3 _57.3

.118 .472 .394 .787 .008 .394 .081 2.254 2.254

3.00 12 2 CXS-10F300-10030AR/L ✩✩ ✩✩ 10.0 30.0 0.2 10.0 2.1 62.3 62.3

.118 .472 .394 1.181 .008 .394 .081 2.451 2.451

4.00 12 2 CXS-10F400-10020AR/L ✩✩ ✩✩ 10.0 20.0 0.2 10.0 2.7 52.3 52.3

.157 .472 .394 .787 .008 .394 .104 2.057 2.057

4.00 12 2 CXS-10F400-10025AR/L ✩✩ ✩✩ 10.0 25.0 0.2 10.0 2.7 57.3 57.3

.157 .472 .394 .984 .008 .394 .104 2.254 2.254

4.00 12 2 CXS-10F400-10030AR/L ✩✩ ✩✩ 10.0 30.0 0.2 10.0 2.7 62.3 62.3

.157 .472 .394 1.181 .008 .394 .104 2.451 2.451

5.00 12 2 CXS-10F500-10020AR/L ✩✩ ✩✩ 10.0 20.0 0.2 10.0 3.1 52.3 52.3

.197 .472 .394 .787 .008 .394 .122 2.057 2.057

5.00 12 2 CXS-10F500-10025AR/L ✩✩ ✩✩ 10.0 25.0 0.2 10.0 3.1 57.3 57.3

.197 .472 .394 .984 .008 .394 .122 2.254 2.254

5.00 12 2 CXS-10F500-10030AR/L ✩✩ ✩✩ 10.0 30.0 0.2 10.0 3.1 62.3 62.3

.197 .472 .394 1.181 .008 .394 .122 2.451 2.451

CZC MS to correspond with CZC WS on holder

R = Right hand, L = Left hand

Tolerances:

TSYC

CWTOLL CWTOLU CWTOLL" CWTOLU" RETOLL

RETOLU

RETOLL"

RETOLU"

CXS..F..AR/L

-0.05

0.05

-.0020

.0020

-0.02

0.02

-.0008

.0008

= New item

J3

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CoroTurn

®

XS boring bars

With internal coolant supply

Cylindrical with two flats

Metric version

Inch version

TSYC

CXS-A (1)

Dimensions, mm CZC

MS CZCWS Ordering code DMM DCB H LF OAH OHN LSC CNSC

10 4 CXS-A10-04 10 4.0 8 65 14 14 14 1 10 0.06

5 CXS-A10-05 10 5.0 8 65 15 14 19 1 10 0.06

12 4 CXS-A12-04 12 4.0 10 70 15 14 14 1 10 0.08

5 CXS-A12-05 12 5.0 10 70 16 14 19 1 10 0.08

6 CXS-A12-06 12 6.0 10 70 16 14 19 1 10 0.08

16 4 CXS-A16-04 16 4.0 14 75 17 14 14 1 10 0.12

5 CXS-A16-05 16 5.0 14 75 18 14 19 1 10 0.13

6 CXS-A16-06 16 6.0 14 75 18 14 19 1 10 0.12

7 CXS-A16-07 16 7.0 14 75 19 14 19 1 10 0.13

8 CXS-A16-08 16 8.0 14 75 19 14 28 1 10 0.13

20 4 CXS-A20-04 20 4.0 18 90 20 14 14 1 10 0.23

5 CXS-A20-05 20 5.0 18 90 20 14 19 1 10 0.21

6 CXS-A20-06 20 6.0 18 90 22 14 19 1 10 0.23

7 CXS-A20-07 20 7.0 18 90 22 14 19 1 10 0.23

8 CXS-A20-08 20 8.0 18 90 25 14 28 1 10 0.23

10 CXS-A20-10 20 10.0 18 90 25 14 99 1 10 0.23

25 8 CXS-A25-08 25 8.0 23 110 25 15 28 1 10 0.41

10 CXS-A25-10 25 10.0 23 110 25 15 99 1 10 0.41

CZC WS to correspond with CZC MS on tool

Dimensions, inch CZC

MS CZC

WS Ordering code DMM" DCB" H" LF" OAH" OHN" LSC" CNSC

1/2 4 CXS-A0500-04 .500 .157 .393 2.756 .624 .551 .567 1 145 0.70 5.2

5 CXS-A0500-05 .500 .197 .393 2.756 .644 .551 .760 1 145 0.70 5.2

6 CXS-A0500-06 .500 .236 .393 2.756 .663 .551 .760 1 145 0.70 5.2

5/8 4 CXS-A0625-04 .625 .157 .551 2.953 .687 .551 .567 1 145 0.70 5.2

5 CXS-A0625-05 .625 .197 .551 2.953 .706 .551 .760 1 145 0.70 5.2

6 CXS-A0625-06 .625 .236 .551 2.953 .726 .551 .760 1 145 0.70 5.2

7 CXS-A0625-07 .625 .276 .551 2.953 .746 .551 .760 1 145 0.70 5.2

8 CXS-A0625-08 .625 .315 .551 2.953 .765 .551 1.112 1 145 0.29 5.2

For explanation of parameters see page 3

= New item

For a complete product assortment and technical information, see Turning tools catalogue.

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CoroTurn

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XS boring bars

With internal coolant supply

Cylindrical with two flats

For Citizen machines

TSYC

CXS-A (1-CITIZEN)

CXS-A (2-CITIZEN)

Dimensions, mm, inch CZC

MS CZC

WS DSGN Ordering code DMM DCB H LF LSC OAH OHN CNSC

3/4 4 1 CXS-A0750-04 19 4.0 18 110.0 14 19 14 1 10 0.3 7.0

.750 .157 .709 4.331 .567 .750 .551

5 1 CXS-A0750-05 19 5.0 18 110.0 19 19 14 1 10 0.3 7.0

.750 .197 .709 4.331 .760 .750 .551

6 1 CXS-A0750-06 19 6.0 18 110.0 19 21 14 1 10 0.3 7.0

.750 .236 .709 4.331 .760 .827 .551

7 1 CXS-A0750-07 19 7.0 18 110.0 19 21 14 1 10 0.3 7.0

.750 .276 .709 4.331 .760 .827 .551

8 1 CXS-A0750-08 19 8.0 18 75.0 28 24 14 1 10 0.2 7.0

.750 .315 .709 2.953 1.112 .945 .551

10 1 CXS-A0750-10 19 10.0 18 110.0 99 24 14 1 10 0.2 7.0

.750 .394 .709 4.331 3.898 .945 .551

1 4 2 CXS-A1000-04M 25 4.0 23 110.0 14 25 15 1 10 0.3 7.0

1.000 .157 .921 4.331 .567 1.000 .591

5 2 CXS-A1000-05M 25 5.0 23 110.0 19 25 15 1 10 0.3 7.0

1.000 .197 .921 4.331 .760 1.000 .591

6 2 CXS-A1000-06M 25 6.0 23 110.0 19 25 15 1 10 0.3 7.0

1.000 .236 .921 4.331 .760 1.000 .591

7 2 CXS-A1000-07M 25 7.0 23 110.0 19 25 15 1 10 0.3 7.0

1.000 .276 .921 4.331 .760 1.000 .591

8 2 CXS-A1000-08 25 8.0 23 110.0 28 25 15 1 10 0.4 7.0

1.000 .315 .921 4.331 1.112 1.000 .591

10 2 CXS-A1000-10 25 10.0 23 110.0 99 25 15 1 10 0.4 7.0

1.000 .394 .921 4.331 3.898 1.000 .591

For explanation of parameters see page 3

= New item

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Coromant Capto

®

holder for CoroTurn

®

XS

For turning and rotating applications

TSYC

Cx-CXS

MS CZC

WS Ordering code DCSFMS DCB BD1 LB1 LF WF LSC OHN CNSC

C3 4 C3-CXS-42-04 32 4.0 21 22.0 42.0 1.1 14 42 1 10 0.3 7.0

1.260 .157 .827 .866 1.654 .041 .567 1.654

5 C3-CXS-42-05 32 5.0 22 22.0 42.0 1.3 19 42 1 10 0.3 7.0

1.260 .197 .866 .866 1.654 .051 .760 1.654

6 C3-CXS-42-06 32 6.0 23 22.0 42.0 2.0 19 42 1 10 0.3 7.0

1.260 .236 .925 .866 1.654 .077 .760 1.654

7 C3-CXS-42-07 32 7.0 25 22.0 42.0 2.9 19 42 1 10 0.3 7.0

1.260 .276 .984 .866 1.654 .114 .760 1.654

8 C3-CXS-42-08 32 8.0 21 22.0 42.0 0.0 28 42 1 10 0.2 7.0

1.260 .315 .827 .866 1.654 .000 1.112 1.654

10 C3-CXS-42-10 32 10.0 21 22.0 42.0 0.0 99 42 1 10 0.2 7.0

1.260 .394 .827 .866 1.654 .000 3.898 1.654

C4 4 C4-CXS-47-04 40 4.0 21 22.0 47.0 1.1 14 47 1 10 0.4 7.0

1.575 .157 .827 .866 1.850 .041 .567 1.850

5 C4-CXS-47-05 40 5.0 22 22.0 47.0 1.3 19 47 1 10 0.4 7.0

1.575 .197 .866 .866 1.850 .051 .760 1.850

6 C4-CXS-47-06 40 6.0 23 22.0 47.0 2.0 19 47 1 10 0.4 7.0

1.575 .236 .925 .866 1.850 .077 .760 1.850

7 C4-CXS-47-07 40 7.0 25 22.0 47.0 2.9 19 47 1 10 0.4 7.0

1.575 .276 .984 .866 1.850 .114 .760 1.850

8 C4-CXS-47-08 40 8.0 22 22.0 47.0 0.0 28 47 1 10 0.4 7.0

1.575 .315 .866 .866 1.850 .000 1.112 1.850

10 C4-CXS-47-10 40 10.0 22 22.0 47.0 0.0 99 47 1 10 0.4 7.0

1.575 .394 .866 .866 1.850 .000 3.898 1.850

C5 4 C5-CXS-49-04 50 4.0 21 22.0 49.0 1.1 14 49 1 10 0.6 7.0

1.969 .157 .827 .866 1.929 .041 .567 1.929

5 C5-CXS-49-05 50 5.0 22 22.0 49.0 1.3 19 49 1 10 0.6 7.0

1.969 .197 .866 .866 1.929 .051 .760 1.929

6 C5-CXS-49-06 50 6.0 23 22.0 49.0 2.0 19 49 1 10 0.6 7.0

1.969 .236 .925 .866 1.929 .077 .760 1.929

7 C5-CXS-49-07 50 7.0 25 22.0 49.0 2.9 19 49 1 10 0.6 7.0

1.969 .276 .984 .866 1.929 .114 .760 1.929

8 C5-CXS-49-08 50 8.0 23 22.0 49.0 0.0 28 49 1 10 0.7 7.0

1.969 .315 .925 .866 1.929 .000 1.112 1.929

10 C5-CXS-49-10 50 10.0 23 22.0 49.0 0.0 99 49 1 10 0.7 7.0

1.969 .394 .925 .866 1.929 .000 3.898 1.929

For explanation of parameters see page 3

= New item

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Coromant Capto

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holder for CoroTurn

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XS

For turning and rotating applications

TSYC

Cx-CXS

MS CZC

WS Ordering code DCSFMS DCB BD1 LB1 LF WF LSC OHN CNSC

C6 4 C6-CXS-95-04 63 4.0 21 22.0 95.0 1.1 14 95 1 10 1.2 7.0

2.480 .157 .827 .866 3.740 .041 .567 3.740

5 C6-CXS-95-05 63 5.0 22 22.0 95.0 1.3 19 95 1 10 1.2 7.0

2.480 .197 .866 .866 3.740 .051 .760 3.740

6 C6-CXS-95-06 63 6.0 23 22.0 95.0 2.0 19 95 1 10 1.2 7.0

2.480 .236 .925 .866 3.740 .077 .760 3.740

7 C6-CXS-95-07 63 7.0 25 22.0 95.0 2.9 19 95 1 10 1.2 7.0

2.480 .276 .984 .866 3.740 .114 .760 3.740

8 C6-CXS-95-08 63 8.0 25 22.0 95.0 0.0 28 95 1 10 1.6 7.0

2.480 .315 .984 .866 3.740 .000 1.112 3.740

10 C6-CXS-95-10 63 10.0 25 22.0 95.0 0.0 99 95 1 10 1.6 7.0

2.480 .394 .984 .866 3.740 .000 3.898 3.740

For explanation of parameters see page 3

= New item

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CoroTurn

®

XS square shank holder

Metric version

Inch version

TSYC

CXS..FN

Dimensions, mm CZC

MS CZCWS Ordering code WF DCB H HF LF B OAH OHN LSC CNSC

12 x 12 4 CXS-1212-04FN 6.0 4.0 12 12 100 12 21 19 14 0 0.18 7.0

5 CXS-1212-05FN 6.0 5.0 12 12 100 12 21 25 19 0 0.18 7.0

6 CXS-1212-06FN 6.0 6.0 12 12 100 12 22 26 19 0 0.18 7.0

16 x 16 4 CXS-1616-04FN 8.0 4.0 16 16 125 16 25 19 14 0 0.25 7.0

5 CXS-1616-05FN 8.0 5.0 16 16 125 16 25 25 19 0 0.25 7.0

6 CXS-1616-06FN 8.0 6.0 16 16 125 16 26 26 19 0 0.25 7.0

7 CXS-1616-07FN 8.0 7.0 16 16 125 16 26 26 19 0 0.25 7.0

20 x 20 4 CXS-2020-04FN 10.0 4.0 20 20 125 20 29 19 14 0 0.37 7.0

5 CXS-2020-05FN 10.0 5.0 20 20 125 20 29 25 19 0 0.37 7.0

6 CXS-2020-06FN 10.0 6.0 20 20 125 20 30 25 19 0 0.37 7.0

7 CXS-2020-07FN 10.0 7.0 20 20 125 20 30 26 19 0 0.37 7.0

8 CXS-2020-08FN 10.0 8.0 20 20 125 20 31 32 28 0 0.44 7.0

10 CXS-2020-10FN 10.0 10.0 20 20 125 20 32 34 99 0 0.44 7.0

25 x 25 5 CXS-2525-05FN 12.5 5.0 25 25 150 25 34 25 19 0 0.70 7.0

6 CXS-2525-06FN 12.5 6.0 25 25 150 25 35 25 19 0 0.70 7.0

7 CXS-2525-07FN 12.5 7.0 25 25 150 25 35 26 19 0 0.70 7.0

8 CXS-2525-08FN 12.5 8.0 25 25 150 25 36 32 28 0 0.77 7.0

10 CXS-2525-10FN 12.5 10.0 25 25 150 25 37 34 99 0 0.77 7.0

Dimensions, inch CZC

MS CZCWS Ordering code WF" DCB" H" HF" LF" B" OAH" OHN" LSC" CNSC

1/2 x 1/2 4 CXS-08-04FN .250 .157 .500 .500 4.000 .500 .827 .748 .567 0 0.40

5 CXS-08-05FN .250 .197 .500 .500 4.000 .500 .846 .984 .760 0 0.40

6 CXS-08-06FN .250 .236 .500 .500 4.000 .500 .866 1.004 .760 0 0.40

5/8 x 5/8 4 CXS-10-04FN .313 .157 .625 .625 5.000 .625 .984 .748 .567 0 0.55

5 CXS-10-05FN .313 .197 .625 .625 5.000 .625 1.004 .984 .760 0 0.55

6 CXS-10-06FN .313 .236 .625 .625 5.000 .625 1.024 1.004 .760 0 0.55

7 CXS-10-07FN .313 .276 .625 .625 5.000 .625 1.378 1.043 .760 0 0.55

3/4 x 3/4 4 CXS-12-04FN .375 .157 .750 .750 5.000 .750 1.142 .748 .567 0 0.81

5 CXS-12-05FN .375 .197 .750 .750 5.000 .750 1.161 .984 .760 0 0.81

6 CXS-12-06FN .375 .236 .750 .750 5.000 .750 1.181 1.004 .760 0 0.81

7 CXS-12-07FN .375 .276 .750 .750 5.000 .750 1.201 1.043 .760 0 0.81

8 CXS-12-08FN .375 .315 .750 .750 4.921 .750 1.181 1.280 1.112 0 0.96

10 CXS-12-10FN .375 .394 .750 .750 4.921 .750 1.220 1.358 3.898 0 0.96

1 x 1 5 CXS-16-05FN .500 .197 1.000 1.000 5.906 1.000 1.358 .984 .760 0 1.54

6 CXS-16-06FN .500 .236 1.000 1.000 5.906 1.000 1.378 1.004 .760 0 1.54

7 CXS-16-07FN .500 .276 1.000 1.000 5.906 1.000 1.398 1.043 .760 0 1.54

8 CXS-16-08FN .500 .315 1.000 1.000 5.906 1.000 1.417 1.280 1.112 0 1.69

10 CXS-16-10FN .500 .394 1.000 1.000 5.906 1.000 1.457 1.358 3.898 0 1.69

CNSC 1 = coolant through centre 0 = no coolant

CZC WS to correspond with CZC MS on tool For explanation of parameters see page 3

= New item

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Spare parts

For internal machining in sliding head machines

1 2

Insert screw Key

5514 013-01 5680 049-01

1 2

Insert screw Key

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Wedge for QS™ holding system

Tsugami/Hanwa

For Tsugami machines

For Hanwa machines

Dimensions, mm, inch

Ordering code OAL OAW α

QS-140HP 35 11.9 15°

QS-140 29 11.9 15°

QS-150 30 17.3 15°

QS-160 30 17.3 15°

Dimensions, mm, inch

Ordering code OAL OAW α

QS-410 32 11 20°

QS-450 32 15.8 20°

Wedge

MTM

Model

Shank

ISO metric

ANSI inch

QS-150

Tsugami

BH 38

1616

10 (5/8)

QS-160

Tsugami

BS 32/BS 20

1616

10 (5/8)

QS-140

Tsugami

S 205/S 206/S 207

1212

08 (1/2)

For front position

QS-140 HP

Tsugami

S 205/S 206/S 207

1212

08 (1/2)

For back position

QS-410

Hanwa

XD 20H,J/XD 26H

1212

08 (1/2)

QS-450

Hanwa

XD 32H

1616

10 (5/8)

Note! The information above is a guide to choosing the correct tooling combinations. However, you should always perform a practical test to ensure

the correct fit.

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Cutting speed recommendations, metric values

The recommendations are valid for use with cutting fluid.

ISO P CMC No. Steel Specific cutting force kc1 Hardness

Brinell <<<< WEAR RESISTANCE _CT5015 _GC1525 _GC15 hex, mm ≈ feed fn, mm/r

0.05-0.1-0.2 0.05-0.1-0.2 0.1-0.2-0.3

MC No. Material N/mm2 HB Cutting speed (vc), m/min

Unalloyed steel

P1.1.Z.AN 01.1 C = 0.1–0.25% 1500 125 650-540-440 560-465-380 300-250-215

P1.2.Z.AN 01.2 C = 0.25–0.55% 1600 150 570-480-385 495-415-335 275-225-195

P1.3.Z.AN 01.3 C = 0.55–0.80% 1700 170 510-425-340 430-365-295 260-215-185

Low-alloy steel

(alloying elements ≤5%)

P2.1.Z.AN 02.1 Non-hardened 1700 180 480-400-320 375-320-255 220-175-150

P2.1.Z.AN 02.12 Ball bearing steel 1800 210 - - 190-155-135

P2.5.Z.HT 02.2 Hardened and tempered 1850 275 285-235-190 200-165-135 140-115-100

P2.5.Z.HT 02.2 Hardened and tempered 2050 350 230-190-150 160-135-110 110-95-80

High-alloy steel

(alloying elements >5%)

P3.0.Z.AN 03.11 Annealed 1950 200 395-330-250 260-215-175

-P3.0.Z.HT 03.21 Hardened tool steel 3000 325 195-165-130 145-115-90

-Steel castings

P1.5.C.UT 06.1 Unalloyed 1550 180 260-215-175 225-185-145

-P2.6.C.UT 06.2 Low-alloy (alloying elements ≤5%) 1600 200 270-225-170 175-145-105

-P3.0.C.UT 06.3 High-alloy (alloying elements >5%) 2050 225 200-165-125 140-115-85

-ISO M

CMC No.

Stainless steel Specific cutting force

k_c1

Hardness

Brinell <<<< WEAR RESISTANCE _GC1525 _GC1105 _GC1115 _GC15 hex, mm ≈ feed fn, mm/r

0.1-0.2 0.1-0.2-0.3 0.1-0.2-0.3 0.1-0.2-0.3

MC No. Material N/mm2 _HB _{Cutting speed (}vc), m/min

Ferritic/martensitic Bars/forged

P5.0.Z.AN 05.11 Non-hardened 1800 200 290-240 380-305-245 335-255-200 250-190-150

P5.0.Z.PH 05.12 PH-hardened 2850 330 170-150 350-280-225 185-150-120 145-115-95

P5.0.Z.HT 05.13 Hardened 2350 330 170-150 245-195-160 200-160-140 145-120-105

Austenitic Bars/forged

M1.0.Z.AQ 05.21 Austenitic 1800 180 220-195 410-330-265 265-215-165 205-165-130

M1.0.Z.PH 05.22 PH-hardened 2850 330 195-170 220-175-145 185-150-120 145-115-90

M2.0.Z.AQ 05.23 Super austenitic 2250 200 145-130 245-200-160 220-190-155 170-145-120

Austenitic-ferritic (Duplex) Bars/forged

M3.1.Z.AQ 05.51 Non-weldable ≥ 0.05%C 2000 230 - 315-255-205 250-205-155 195-160-120

M3.2.Z.AQ 05.52 Weldable < 0.05%C 2450 260 - 280-225-185 230-170-130 175-130-100

Ferritic/martensitic Cast

P5.0.C.UT 15.11 Non-hardened 1700 200 - - 320-265-205 240-200-155

15.12 PH-hardened 2450 330 - - 160-130-95 135-110-80

P5.0.C.HT 15.13 Hardened 2150 330 - - 175-145-110 140-115-85

Austenitic Cast

M1.0.C.UT 15.21 Austenitic 1700 180 - - 280-225-170 215-175-135

15.22 PH-hardened 2450 330 - - 160-130-95 135-110-80

M2.0.C.AQ 15.23 Super austenitic 2150 200 - - 210-180-150 160-135-115

Austenitic-ferritic (Duplex) Cast

M3.1.C.AQ 15.51 Non-weldable ≥ 0.05%C 1800 230 - - 230-170-120 185-135-95

M3.2.C.AQ 15.52 Weldable < 0.05%C 2250 260 - - 205-155-110 170-130-90

ISO K CMC No. Material Specific cutting force k_c1 Hardness Brinell

<<<< WEAR RESISTANCE

CB50 CB7525 CB7925 CC620 hex, mm ≈ feed fn, mm/r

0.1-0.25-0.4 0.1-0.25-0.4 0.1-0.25-0.4 0.1-0.25-0.4

MC No. N/mm2 _HB _{Cutting speed (}vc), m/min

Malleable cast iron

07.1 Ferritic (short chipping) 790 130 - - - 800-700-600

K1.1.C.NS 07.2 Pearlitic (long chipping) 900 230 - - - 700-590-500

Grey cast iron

K2.1.C.UT 08.1 Low tensile strength 890 180 1700-1450-1200 1700-1450-1200 1450-1200-1050 800-700-600

K2.2.C.UT 08.2 High tensile strength 970 220 1450-1250-1050 1450-1250-1050 1250-1050-890 760-650-540

Nodular SG iron

K3.1.C.UT 09.1 Ferritic 900 160 - - -

-K3.3.C.UT 09.2 Pearlitic 1350 250 - - -

(39)

Referensi

Unduh sekarang ( PDF - 243 Halaman - 27.83 MB )

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