milling tools catalog by Gesac - 电子画册在线预览、各类电子画册在线制作-云展网平台

199

Solid Carbide Endmills MILLING

Solid Carbide Endmills

B

Positioning of Main PVD Nano Coatings

PVD coatings precisely control the grain size (10-500nm), which can achieve high hardness, and good oxidation resistance,

and effectively reduce the coefficient of friction.

Coating Hardness and Maximum Applicable Temperature

Maximum Applicable Temperature (°C)

Coating Hardness and Coefficient of Friction

Coefficient of Friction

Hardness (HV)

0 2000 2500 3000 3500 4000 4500 5000 Hardness (HV)

200

1000

600

800

1200

1400

400

TiN

AlTiN Nano

AlCrSiN TiAlCrSiN

TiAlSiN

DLC

0.5

1500 2000 2500 3000 3500 4000 4500 5000

0.1

0

0.3

0.4

0.2

TiN

AlTiN Nano

TiAlCrSiN

TiAlSiN

AlCrSiN

DLC

200

MILLING Solid Carbide Endmills

Solid Carbide Endmills

B

Coarse-grained Diamond Coating

● High-purity diamond coating and the coating

hardness can reach over 85GPa.

● High-wear-resistant diamond coating seeds,

with extremely high hardness and superior wear

resistance.

● Suitable for machining of graphite.

Coating Cross-section

Morphology

Coating Surface Morphology

Diamond Coating

Cemented Carbide Substrate

General High-performance Coating AlCrSiN

High-hardness Coating TiAlSiN

Nano-coating AlTiN

Ultra-fine-grained Diamond Coating

● Good versatility, significantly improving productivity through highefficiency cutting.

● The unique structural design makes the coating achieve a perfect

balance in terms of toughness, thermal shock stability, and residual stress.

● The microhardness can reach 4,000HV, with good wear resistance.

● The special transition layer design ensures an extremely strong bonding

force between the high-hardness coating and the substrate, with an

adhesion force of over 100N.

● The nano-composite coating design provides extremely strong oxidation

resistance, with the starting oxidation temperature as high as 1,200°C and

good high-temperature stability.

● The high aluminum content provides excellent heat resistance and

oxidation resistance temperature.

● The special coating method optimizes the coating structure, improving

stability and greatly reducing surface droplets.

● High-purity diamond coating and the coating

hardness can reach over 80GPa.

● The coating surface is smooth, with a low

coefficient of friction.

● Suitable for finishing nonferrous materials,

such as graphite, high-silicon aluminum alloys,

carbon fibers, glass fibers, ceramics, etc.

Coating Cross-section

Morphology

Coating Cross-section

Morphology

Coating Cross-section

Morphology

Coating Surface Morphology

Coating Cross-section

Morphology

AlCrSiN Coating

TiAlSiN Coating

AlTiN Coating

Diamond Coating

Cemented Carbide Substrate

201

Solid Carbide Endmills MILLING

Solid Carbide Endmills

B

Marking Instructions

Designation Description

Shank

Shape

ISO Standard

Shank

ISO Standard

Shank

Coating

AlCrN Coating

AlCrSiN Coating

TiAlN Coating

AlTiN Nanocoating

AICrN/TiSiN

Multi-layer

TiAlN/TiSiN Nano

Multi-layer

TiAlCrSiN

TiAlSiN

Ti-rich Coating

DLC DLC Colorful

Coating

N-DIA Coarse-grained

Diamond Coating

U-DIA Ultra-fine-grained

Diamond Coating

Grade GSR7115

Titanium Alloy

Milling Grade

GSR7115

Designation Description

Shape

of End

Cutting

Edge

Square

Filleted Corner

Ballnose

Ball Nose

Chamfer

Tip Chamfer

Chamfer

Workpiece

Material

Steel

Stainless Steel

Cast Iron

Nonferrous

Materials

Hightemperature

Alloy,

Titanium Alloys

High-hardness

Material

Designation Description

Cutting

Method

Side Milling

Grooving

Profile Cutting

Helical Milling

Trochoidal

Milling

Helix

Angle

Helix

35° 35° Helix Angle

Helix

35 /38 Double Helix

Angle

Helix

47 /45 /43 Unequal Helix

Angle

Notes: Different Numbers

Represent Different Helix

Angles

Teeth

1 1-edge Endmill

2 2-edge Endmill

3 3-edge Endmill

4 4-edge Endmill

5 5-edge Endmill

6 6-edge Endmill

12 12-edge

Endmill

SHANK

h5

SHANK

h6

TiAIN

AICrN/

TiSiN

TiAlN/

TiSiN

TiAlCrSiN

Titaniumrich

TiAlN

nano

AICrN

AICrSiN

TiAlSiN

202

MILLING Solid Carbide Endmills

Solid Carbide Endmills

B

Workpiece Material ① Series Number Series Description

For Steel and Cast

Iron Parts

UP210 General Machining Series (≤48HRC)

SP210 Efficient Machining Series (≤48HRC)

PP300 Efficient Machining Series (≤48HRC)

UPN210 General Rough Machining Series (≤48HRC)

UPR210 General Rough Machining Series (≤48HRC)

UPR300 General Rough Machining Series (≤48HRC)

Stainless Steel

US200 General Machining Series for Stainless Steel

US260 General Machining Series for Stainless Steel

SS600 Efficient Machining Series for Stainless Steel

Aluminum Alloy

UA100 General Machining Series for Aluminum Alloy

SA100 Efficient Machining Series for Aluminum Alloy

SA160 Appearance Machining Series for Aluminum Alloy

SA210 Rough Machining Series for Aluminum Alloy

SA300 High-speed Machining Series for Aluminum Alloy

DNM100 Standard PCD Filleted Corner Endmill Series

Graphite SG200 High-speed Machining Series for Graphite

Composite Material SD200 Endmill Series for Composite Material Machining

High-temperature

Alloy

SN200 Endmill Series for High-temperature Alloy Machining

SN300 Efficient Machining Endmill Series for High-temperature Alloy Machining

Titanium Alloy

ST210 High-performance Endmill Series for Titanium Alloy Machining

ST300 Efficient Machining Endmill Series for Titanium Alloy Machining

Hardness Steel

SH160 Machining Series for High-hardness Steel (48-55HRC)

FH200-H High-feed Machining Series for High-hardness Steel (35-65HRC)

Model (Order No.) Designation Rules of Solid Carbide Endmills

UP210

①

203

Solid Carbide Endmills MILLING

Solid Carbide Endmills

B

② Shape of End Cutting Edge

S Square

B Ball Nose

R Arc Angle

C Tip Chamfer

③ Feature Item

N Long Neck

H Long Shank

L Long Flute

S Short Flute

Empty Standard

⑤ Edge Diameter

006 0.6 mm

060 6 mm

100 10 mm

⑥ Characteristic Code

1

Square/ball Nose

a. Neck Length

b. Edge Length

06—6mm

10—10mm

2

Filleted Corner

02—R0.2mm

10—R1mm

3

Tip Chamfer

03—C0.03mm

13—C0.13mm

④ Number of Teeth

2

3

4

6

S S 2 060 09

② ③ ④ ⑤ ⑥

204

MILLING Solid Carbide Endmills

Solid Carbide Endmills

B

Workpiece Material ① Series Number Series Description

Graphite SG200-M High-speed Machining Series for Graphite Moulds

Workpiece Material ① Series Number Series Description

Steel and Cast Iron

Parts, Copper Alloy,

Hardness Steel

SPM200 High-performance Series for Small-diameter Deep

Machining (≤55HRC)

Hardness Steel

SH260-H High-hardness General Machining Series (30-60HRC)

SH360 High-hardness Machining Series (45-65HRC)

SHM200 High-performance Series for Small-diameter Deep

Machining of High-hardness Steel (45~65HRC)

Model (Order No.) Designation Rules of Solid Carbide Endmills

SPM200

①

SG200 M

①

205

Solid Carbide Endmills MILLING

Solid Carbide Endmills

B

③ Feature Item

N Long

Neck

H Long

Shank

L Long

Flute

S Short

Flute

Empty Standard

② Shape of End

Cutting Edge

S Square

B Ball

Nose

R Arc

Angle

⑧ Coating Code ④ Number of

Teeth

2

3

4

6

⑤ Edge

Diameter

0.6 0.6 mm

6 6 mm

⑥ Characteristic

Value Neck

Length/Shank

Length/Edge

Length

0.5 0.5 mm

1 1 mm

10 10 mm

100 100 mm

⑦ Fillet Radius

0.5 0.5 mm

1 1 mm

Empty No

Fillet

③ Feature Item

N Long

Neck

H Long

Shank

L Long

Flute

S Short

Flute

Empty Standard

② Shape of End

Cutting Edge

S Square

B Ball

Nose

R Arc

Angle

⑧ Total Length

50 50 mm

④ Number of

Teeth

2

3

4

6

⑤ Edge

Diameter

0.6 0.6 mm

6 6 mm

⑥ Characteristic

Value: Neck

Length/Edge

Length

0.5 0.5 mm

1 1 mm

10 10 mm

⑦ Fillet Radius

0.5 0.5 mm

1 1 mm

Empty No

Fillet

② ③ ④ ⑤ ⑥ ⑦ ⑧

R N 2 1 4 0.1 V

② ③ ④ ⑤ ⑥ ⑦ ⑧

R N 4 1 4 0.1 50

206

MILLING Solid Carbide Endmills

Solid Carbide Endmills

B

Workpiece Material ① Series Number Series Description

For Zirconia,

Titanium Alloy SM200 Dental Prosthesis Machining Series

Workpiece Material ① Series

Number Series Description

For Stainless Steel, Titanium

Alloy, High-temperature Alloy STB200 Tapered Ball-nose

Endmill Series

② Machining Type

C Trochoidal

Machining

F Finishing

③ Workpiece Material

S Stainless Steel

T Titanium Alloy

N

Hightemperature

Alloy

Model (Order No.) Designation Rules of Solid Carbide Endmills

SM200

①

STB200 C S

① ② ③

207

Solid Carbide Endmills MILLING

Solid Carbide Endmills

B

② Compatible

Device Code

RO Roland

VH VHF

WI Wieland

IM IMES-ICORE

ZI Cercon

AR ARUM

XT Xiangtong

KL Cradle

TP

General

Titanium Alloy

Machining

③ Teeth

2

3

⑥ Total Length

50 50 mm

60 60 mm

⑦ Shank

Diameter

d4 4 mm

d6 6 mm

④ Edge

Diameter

0.6 0.6 mm

6 6 mm

⑤ Neck Length

0.5 0.5 mm

1 1 mm

10 10 mm

⑧ Characteristic

Value: Edge

Length

6 6 mm

10 10 mm

⑦ Edge

Diameter

2 2 mm

10 10 mm

⑥ Single-side

Dimension

3 3 °

4 4 °

⑨ Shank

Diameter

d6 6 mm

d10 10 mm

④ Shape of End

Cutting Edge

B Ball

nose

⑤ Number of

Teeth

4

6

② ③ ④ ⑤ ⑥ ⑦

RO 2 0.6 6 50 d4

④ ⑤ ⑥ ⑦ ⑧ ⑨

B 4 3 2 25 d6

208

MILLING Solid Carbide Endmills

Solid Carbide Endmills

B

Material

Group

GESAC Material

Grouping

General

Machining Roughing Efficient

Machining

High-speed

Machining

Micromachining

Specialized

Machining

1

2

3

4

Carbon

Steel/Alloy Steel

(<35HRC)

UP210

UPN210

UPR210

UPR300

SP210

PP300 SPM200 5 Alloy Steel

(35-48HRC)

6

PH and Ferritic/

Martensitic Steel

(<35HRC)

1

2

3

Stainless Steel US200

US260 SS600 SPM200 STB200

1

2

Gray Cast Iron,

Nodular Cast Iron

(<32HRC)

UP210

UPN210

UPR210

UPR300

SP210

PP300 SPM200

3 High Alloy Cast

Iron (35-45HRC)

1

2

Forged Aluminum

Alloy, Cast

Aluminum Alloy

(Si≤12%)

UA100

DNM100 SA210 SA100

SA300

SPM200

SA160

3 Cast Aluminum

Alloy (Si>12%) DNM100

4 Copper Alloy

(<200HB)

UA100

DNM100

5

Graphite, Zirconia,

Composite

Materials

SD200

DNM100

SG200

SG200-M

SM200

1

2

3

High-temperature

Alloy

(<450HB)

SN200 SN300

SPM200 STB200

4 Titanium Alloy

(<400HB) ST210 ST300 SM200

1 Hardness Steel

(45-55HRC)

SH160

SH260-H

FH200-H

SH260-H

SH360 SHM200 2 Hardness Steel

(55-60HRC) SH260-H

3

4

High-hardness

Steel

(>60HRC)

List of Integral Endmill Products

209

Solid Carbide Endmills MILLING

Solid Carbide Endmills

B

Series Introduction

● Suitable for the machining of ordinary steel and cast iron

materials (≤48 HRC);

● High-performance AlCr-based coating, which is resistant to

high temperatures and wear;

● Suitable for various cooling environments such as mist

cooling, water cooling, oil cooling, and air cooling.

● Suitable for efficient machining of ordinary steel and cast

iron materials (≤48 HRC);

● The design of unequal helix angles and unequal tooth

pitches provides excellent anti-vibration capabilities;

● Suitable for efficient cutting with large cutting depths and

widths (when the machine has good rigidity).

● Suitable for efficient machining processing such as side

milling, grooving, helical interpolation milling, and trochoidal

milling of ordinary steel and cast iron materials (≤48HRC),

with a high metal removal rate;

● The design of unequal tooth pitches and unequal helix angles

effectively suppresses high-frequency vibrations, gives full play

to excellent anti-vibration capabilities, and enables efficient and

stable machining with large cutting depths and widths;

● The variable slot depth design ensures that the tool has both

sufficient chip removal space and sufficient rigidity.

● Suitable for semi-finishing and roughing of ordinary steel and

cast iron materials (≤48HRC), with a high metal removal rate;

● The fine-grained substrate of the GU type combined with the

high-performance AlCr-based nano-coating achieves a perfect

combination of high wear resistance and high toughness;

● With a special chip breaking tooth design, short chips are

generated during the machining process, and the chip removal is

smooth, achieving high-quality and stable machining;

● With a unique large R geometry design, good chip removal

performance is achieved.

UP210 General Machining Endmill

SP210 Efficient Machining Endmill

PP300 Efficient Machining

Endmill for Ordinary Steel

UPN210 Chip Breaking Tooth

Roughing Endmill

210

MILLING Solid Carbide Endmills

Solid Carbide Endmills

B

Series Introduction

● Suitable for roughing of ordinary steel and cast iron

materials (≤48HRC), with a high metal removal rate;

● The fine-grained substrate of the GU type combined with the

high-performance AlCr-based nano-coating achieves a perfect

combination of high wear resistance and high toughness;

● A large 45° helix angle and a unique U-shaped slot design to

achieve smooth cutting;

● With a standard undulatory tooth design, fine and short

chips are generated during machining, the chip removal

performance is excellent, and high-quality and stable

machining is achieved.

● Suitable for roughing with large cutting depths and widths

of ordinary steel and cast iron materials (≤48HRC), with a high

metal removal rate;

● A dense tooth type undulatory tooth design, generating ultrafine and short chips during machining, with excellent chip removal

performance, low cutting resistance, and low machine load;

● The special cutting edge treatment effectively improves the

tool's chipping resistance and wear resistance during roughing.

● Suitable for general machining of stainless steel (<280HB);

● The special cutting edge design effectively solves the

problem of chip adhesion at the cutting edge of the tool;

● Water cooling and oil cooling are the best cooling modes.

● Suitable for roughing and finishing of stainless steel (<380HB);

● Excellent tool substrate and coating process, enhancing the

chipping resistance during roughing and the wear resistance

during finishing, and the tool has a long service life;

● Suitable for fast feed and high-feed machining, face milling,

side milling, and shallow slot grooving (ap≤0.1D);

● Oil cooling and water cooling are recommended as the

cooling modes.

UPR210 Undulatory Tooth

Roughing Endmill

UPR300 Undulatory Tooth

Roughing Endmill

US200 General Endmill for

Stainless Steel

US260 Stainless Steel General

Machining Endmill

211

Solid Carbide Endmills MILLING

Solid Carbide Endmills

B

Series Introduction

● Suitable for machining high-strength steel, precipitation

hardening stainless steel, titanium alloy, etc.;

● The special R5 filleted corner protection of SS600 can be

used for trochoidal milling, efficient machining, or finishing;

● Excellent grooving performance, high cutting edge strength,

and resistance to edge broken;

● The design of unequal helix and unequal indexing ensures a

stable cutting process;

● The parabolic chip pocket design provides excellent chip

removal ability.

SS600 Efficient Machining

Endmill for Stainless Steel

● Suitable for general machining of aluminum alloys (Si≤12%)

and copper alloys (<200HB);

● The special edge type design effectively prevents vibrations

and solves the problem of chip adhesion at the cutting edge of

the tool;

● Water cooling is the best cooling mode.

UA100 General Machining Endmill

for Copper and Aluminum Alloys

● Suitable for high-efficiency roughing and semi-finishing of

aluminum alloys (Si≤12%);

● The unique geometry design and the polishing treatment of

the rake face enhance the chip removal performance and meet

the requirements of efficient machining;

● Suitable for efficient machining with large cutting depths

and widths, with a high metal removal rate.

SA100 Efficient Machining Endmill

for Copper and Aluminum

● Suitable for finishing (appearance machining) of aluminum

alloys;

● The unique geometry design and extremely high grinding

quality meet the machining requirements of high appearance

quality;

● There are no defects such as tool marks or male and female

faces on the machined appearance, achieving stable appearance

machining.

SA160 Endmill for Appearance

Machining of Aluminum Alloys

212

MILLING Solid Carbide Endmills

Solid Carbide Endmills

B

Series Introduction

● Suitable for high-efficiency roughing of aluminum alloy

materials;

● The special undulatory tooth design ensures a high metal

removal rate;

● The vibration suppression tool design ensures a stable highspeed cutting process.

SA210 Series Roughing Endmill

for Aluminum Alloys

● With a diamond coating, the strengthened bonding between

the coating and the substrate has high adhesion, and the tool

has high toughness;

● The high-purity diamond coating film has good wear

resistance, ensuring long-service life machining;

● Suitable for semi-finishing and finishing of graphite

workpieces such as graphite electrodes and graphite products,

and air cooling is recommended.

SG200 Endmill for Graphite

Machining

● Suitable for high-speed machining of aerospace aluminum

alloy materials;

● The combination of special design and excellent

manufacturing results in excellent tool dynamic balance

performance;

● Ultra-fine-grained cemented carbide, which has super wear

resistance and high toughness;

● The unique sharp cutting edge design makes the cutting

process light and smooth, improving the machining efficiency

and the surface quality of the workpiece.

SA300 Series High-Speed Machining

Endmill for Aluminum Alloys

● A compact with good wear resistance and a unique cutting

edge treatment to ensure the quality of the cutting surface

and a long service life;

● Suitable for roughing, semi-finishing, and finishing of copper

and aluminum alloys, graphite, composite materials, etc.

DNM100 Standard PCD Filleted

Corner Endmill

213

Solid Carbide Endmills MILLING

Solid Carbide Endmills

B

Series Introduction

● The high-purity diamond coating film is suitable for machining

various graphite grades with high and low hardness and has

excellent wear resistance;

● The special pre-treatment process achieves good machining

surface quality;

● Suitable for high-precision and specialized machining of 3D

curved glass graphite moulds in the 3C electronics industry,

and air cooling is recommended.

SG200-M Endmill for Graphite

Mould Specialized Machining

● Suitable for high-performance machining of titanium alloy

materials (TA7, TC4, TC18) and stainless steel materials;

● Unequal indexing and unequal helix angles effectively

suppress the generation of vibrations, resulting in higher

machining surface quality;

● The eccentric arc relief angle design gives high cutting edge

strength, enabling stable cutting machining;

● A substrate specially designed for difficult-to-machine

materials, providing a longer tool cutting service life.

ST210 High-Performance Endmill

for Titanium Alloy Machining

● Suitable for high-performance machining of titanium alloy

materials;

● A brand-new titanium alloy milling grade, which significantly

improves wear resistance and anti-adhesive wear properties;

● The special filleted corner treatment improves the strength

and sharpness of the cutting edge, effectively reducing the

vibrations caused by the filleted corners;

● An enhanced large helix angle design and unequal tooth

pitches, reducing the harmonics generated during cutting and

eliminating abnormal vibrations;

● A professional 5-edge design has been added, aiming to

achieve a productivity that exceeds that of 4-edge endmills.

ST300 High-Performance Endmill

for Titanium Alloy Machining

● Suitable for specialized machining of impellers and blade disks

made of stainless steel, titanium alloy, and high-temperature

alloy;

● The taper clearance design and vibration suppression design

are suitable for deep machining with large overhangs;

● The special tool design combined with a high-performance

substrate and a special coating results in high machining

efficiency.

STB200 Tapered Ball-Nose Endmill

214

MILLING Solid Carbide Endmills

Solid Carbide Endmills

B

Series Introduction

● The high-precision dimensional tolerance design ensures the

machining accuracy of dental prostheses;

● The sharp cutting edge design results in excellent product

surface quality;

● The advanced coating process gives the tool high wear resistance;

● Suitable for machining materials such as zirconia, titanium alloy,

and cobalt-chromium alloy in the dental industry.

SM200 Endmill for Dental

Prosthesis Machining

● High-hardness, high-toughness substrate material with specialized

angle design for machining high-hardness steel;

● Suitable for finish machining of hardness steels (48-55HRC);

● Air cooling or oil mist cooling is recommended.

SH160 Hardness Steel (48-55HRC)

Machining Endmill

● Suitable for high-performance machining of high-temperature

alloys (such as Inconel718, GH4169, etc.) and stainless steel materials;

● Unique Edge type design, ensuring high rigidity and excellent

seismic performance;

● Special circumferential relief angle treatment, increasing the strength

of the cutting edge and ensuring the cutting surface quality.

SN200 High-performance Endmill for

High-temperature Alloy Machining

● Suitable for high-performance machining of high-temperature

alloys such as high-temperature alloy engine power components

in the aerospace industry and cobalt-chromium alloy parts in the

medical industry;

● The optimized circumferential relief angle treatment reduces

cutting heat, increases the tool's wear resistance, and ensures the

quality of the cutting surface;

● The unequal tooth pitch cutting edges reduce resonance, provide

excellent anti-vibration capabilities, and improve the material

removal rate and the tool's service life;

● The new fine-grained substrate combined with the highperformance AlTi-based coating achieves a perfect combination of

high chipping resistance and high wear resistance;

● A professional 5-edge design has been added, aiming to achieve

a productivity that exceeds that of 4-edge endmills.

SN300 High-performance Endmill for

High-temperature Alloy Machining

● Suitable for edge milling and grooving machining of aerospace carbon

fiber composite materials;

● A diamond coating to improve the tool's service life;

● A edge type design with left and right staggered edges, which can

effectively suppress workpiece edge curling and delamination, etc.

SD200 High-Performance Endmill for

Composite Material Machining

215

Solid Carbide Endmills MILLING

Solid Carbide Endmills

B

Series Introduction

● Suitable for machining and semi-finishing of 30~60HRC hardness

materials;

● High-strength and high-toughness substrate materials combining

with our self-developed high-hardness coating, effectively

extending the tool service life;

● Unique geometry structure, achieving excellent hardness steel

material machining;

● Oil cooling or oil mist cooling is recommended.

SH260-H General Hardness Steel

Machining Endmill

● Suitable for machining and semi-finishing of 45~65HRC hardness

materials;

● High-strength and high-toughness substrate materials combining

with our newly developed high-hardness coating, effectively

extending the tool service life;

● Unique geometry structure, achieving excellent hardness steel

material machining;

● Oil cooling or oil mist cooling is recommended.

SH360 Hardness Steel Machining

Endmill

● Specifically designed for high-feed roughing of hardness materials

(35~65HRC);

● Special dedicated tool design, perfectly realizing high-feed

machining and significantly improving machining efficiency;

● The use of ultra-fine cemented carbide substrate and selfdeveloped high-hardness coating makes the tool have extremely

high wear resistance and high temperature stability, suitable for

various working conditions.

FH200-H Hardness Steel High Feed

Machining Dedicated Endmill

● Use GU-type ultrafine grain substrate + TiAlSiN high-performance

nano coating;

● Special angle and clearance design;

● High-accuracy edge diameter accuracy, high-accuracy ball nose

profile, high-accuracy tool shank (h5);

● Suitable for high-accuracy deep cavity machining of hardened

steel, pre-hardened steel and other materials (hardness ≤ HRC65).

SHM200 Micro Diameter Endmills

for Deep Machining

● Suitable for deep notch micro-machining of carbon steel, alloy

steel, hardened steel, copper, aluminum alloy and other materials

(hardness ≤ HRC55) in the precision mould industry;

● High-accuracy edge diameter accuracy, ball nose profile, R arc

profile and shank accuracy (h5);

● Use high-performance AlCrSiN nano coating for heat and wear

resistance;

● Special angle and clearance design.

SPM200 Micro Diameter Endmills

for Deep Machining

216

MILLING Solid Carbide Endmills

Solid Carbide Endmills

B

Applicable

Machining

Materials

Teeth

Shape

of End

Cutting

Edge

Coating Tool Name and Outline Series Model Range

of Sizes

Size Table

Page

Cutting

Data Page

Steel

Cast

Iron

UP210

2 Flutes, Stub Length,

Square UP210-SS2 D1~D20 272 634 2 Flutes, Standard

Length, Square UP210-S2 D1~D20 273 634 2 Flutes, Long

Flute Length, Square UP210-SL2 D2~D20 275 634 2 Flutes, Long

Shank Length UP210-SH2 D2~D20 276 634 3 Flutes, Standard

Length, Square UP210-S3 D2~D25 277 634 4 Flutes, Stub Length,

Square UP210-SS4 D1~D20 278 635 4 Flutes, Standard

Length, Square UP210-S4 D1~D22 279 635 4 Flutes, Long Flute

Length, Square UP210-SL4 D1~D20 281 635 4 Flutes, Long Shank

Length UP210-SH4 D2~D20 283 635 4 Flutes, Standard Length,

Square - Acute Angle UP210-SC4 D4~D20 284 635 4 Flutes, Standard Length,

Square - 45° Helix Angle UP210-S4A D4~D20 285 635 6 Flutes, Standard Length,

Square UP210-S6 D6~D20 286 635 2 Flutes, Corner Radius UP210-R2 D1~D20 287 634 2 Flutes, Corner Radius,

with Long Shank Length UP210-RH2 D4~D20 290 634 4 Flutes, Corner Radius UP210-R4 D1~D20 292 635 4 Flutes, Corner Radius,

with Long Shank Length UP210-RH4 D3~D20 296 635 4 Flutes, Corner Radius -

45° Helix Angle UP210-R4A D4~D20 298 635 2 Flutes, Ballnose UP210-B2 D0.8~D20 300 637 2 Flutes Ballnose, with

Long Shank Length UP210-BH2 D2~D20 302 637 Tool Series Catalog (by series)

◎ Most Suitable ○ Suitable

2

AICrSiN

Square

4

6

3

217

Solid Carbide Endmills MILLING

Solid Carbide Endmills

B

Workpiece Material

1 2 3 4 5 6 1 2 3 1 2 3 1 2 3 4 5 1 2 3 4 1 2 3 4

Carbon

Steel, Alloy

Steel

Alloy

Steel

Stainless

Steel Cast Iron Aluminum

Alloy

Copper

Alloy

Graphite

and

Composite

Material

Hightemperature

Alloy

Titanium

Alloy

Hardness

Steel

Hardness

Steel

Hardness

Steel

＜ 35HRC ≤ 48HRC 45-55HRC 55-60HRC ＞ 60HRC

◎ ◎ ○ ◎

218

MILLING Solid Carbide Endmills

Solid Carbide Endmills

B

Applicable

Machining

Materials

Teeth

Shape

of End

Cutting

Edge

Coating Tool Name and Outline Series Model Range

of Sizes

Size Table

Page

Cutting

Data Page

Steel

Cast

Iron

UP210

4 Flutes, Ballnose UP210-B4 D2~D20 304 637 4 Flutes, 60° Chamfer

Endmills UP210-L60 D4~D20 305 638 4 Flutes, 90° Chamfer

Endmills UP210-L90 D4~D20 306 638 4 Flutes, 120° Chamfer

Endmills UP210-L120 D4~D20 307 638 SP210

3 Flutes, Square, with

Variable Helix SP210-S3 D2.5~D20 308 638 3 Flutes, Square, with

Variable Helix (Tip Chamfer) SP210-C3 D6~D16 309 638 4 Flutes, Square, Double

Helix SP210-S4 D1~D20 310 639 4 Flutes, Square, Double

Helix (Tip Chamfer) SP210-C4 D3~D20 311 639 4 Flutes, Square, with

Long Neck and Double

Helix (Tip Chamfer)

SP210-CN4 D3~D20 313 639 4 Flutes, Corner Radius,

with Double Helix SP210-R4 D1~D16 314 639 4 Flutes, Corner Radius,

with Double Helix and

Long Shank

SP210-RH4 D4~D12 316 639 2 Flutes, Ballnose SP210-B2 D1~D12 317 640 2 Flutes Ballnose, with

Long Shank Length SP210-BH2 D4~D12 318 640 Tool Series Catalog (by series)

◎ Most Suitable ○ Suitable

AICrSiN

4

AICrN

AICrSiN

Square

4

3

4 AICrSiN

2 AICrSiN

Chamfer

4 AICrN Chamfer

219

Solid Carbide Endmills MILLING

Solid Carbide Endmills

B

Workpiece Material

1 2 3 4 5 6 1 2 3 1 2 3 1 2 3 4 5 1 2 3 4 1 2 3 4

Carbon

Steel, Alloy

Steel

Alloy Steel Stainless

Steel Cast Iron Aluminum

Alloy

Copper

Alloy

Graphite

and

Composite

Material

Hightemperature

Alloy

Titanium

Alloy

Hardness

Steel

Hardness

Steel

Hardness

Steel

＜ 35HRC ≤ 48HRC 45-55HRC 55-60HRC ＞ 60HRC

◎ ◎ ○ ◎

◎ ○ ○ ◎ ○ ○

◎ ◎ ○ ◎

220

MILLING Solid Carbide Endmills

Solid Carbide Endmills

B

Applicable

Machining

Materials

Teeth

Shape

of End

Cutting

Edge

Coating Tool Name and Outline Series Model Range

of Sizes

Size Table

Page

Cutting

Data Page

Steel

Parts

Cast Iron

PP300

Chamfer

2 Flutes, Square

(Tip Chamfer) PP300-C2 D2~D12 319 641 Chamfer

3 Flutes, Square, with

Variable Helix (Tip Chamfer) PP300-C3 D3~D20 320 642 Chamfer

4 Flutes, Square, Double

Helix (Tip Chamfer) PP300-C4 D3~D20 321 643 4 Flutes, Corner Radius,

with Double Helix PP300-R4 D4~D20 322 643 4/5 Flutes, Square, with

Variable Helix (Round

Corner on Tip) (Trochoidal

Milling Machining)

PP300

-SPEED-3D D6~D20 324 644 4/5 Flutes, Square, with

Variable Helix (Round

Corner on Tip) (Trochoidal

Milling Machining)

PP300

-SPEED-3DN D6~D20 325 644 4/5 Flutes, Square, with

Variable Helix (Round

Corner on Tip) (Trochoidal

Milling Machining)

PP300

-SPEED-5D D6~D20 326 644 UPN210

4 Flutes, Square, with

Roughing Geometry UPN210-S4 D6~D20 327 646 UPR210

4 Flutes, Square, with

Roughing Geometry UPR210-S4 D6~D20 328 645 UPR300

3/4 Flutes, Square, with

Roughing Geometry UPR300-S3/S4 D6~D20 329 647 Tool Series Catalog (by series)

◎ Most Suitable ○ Suitable

AICrSiN

4

3

2

4 AICrSiN Chamfer

AICrSiN

4

Chamfer

221

Solid Carbide Endmills MILLING

Solid Carbide Endmills

B

Workpiece Material

1 2 3 4 5 6 1 2 3 1 2 3 1 2 3 4 5 1 2 3 4 1 2 3 4

Carbon

Steel, Alloy

Steel

Alloy Steel Stainless

Steel Cast Iron Aluminum

Alloy

Copper

Alloy

Graphite

and

Composite

Material

Hightemperature

Alloy

Titanium

Alloy

Hardness

Steel

Hardness

Steel

Hardness

Steel

＜ 35HRC ≤ 48HRC 45-55HRC 55-60HRC ＞ 60HRC

◎ ◎ ○ ◎

◎ ○ ○ ◎ ○

◎ ○ ○ ◎

◎ ◎ ○ ◎ ○

222

MILLING Solid Carbide Endmills

Solid Carbide Endmills

B

Applicable

Machining

Materials

Teeth

Shape

of End

Cutting

Edge

Coating Tool Name and Outline Series Model Range

of Sizes

Size Table

Page

Cutting

Data Page

Steel

Parts

Cast

Copper

Alloy

Hardness

Steel

SPM200

2 Flutes, Standard Length, Micro

Diameter for Deep Machining SPM200-SN2 D0.1~D6 567 682 2 Flutes, Corner Radius, Micro

Diameter for Deep Machining SPM200-RN2 D0.2~D6 573 692 4 Flutes, Corner Radius, Micro

Diameter for Deep Machining SPM200-RN4 D1~D6 587 714 2 Flutes, Ballnose, Micro

Diameter for Deep Machining SPM200-BN2 D0.1~D6 593 719 Stainless

Steel

US200

2 Flutes, Standard Length,

Square US200-S2 D0.5~D20 330 649 4 Flutes, Stub Length,

Square US200-SS4 D2~D20 331 650 4 Flutes, Standard Length,

Square US200-S4 D1~D22 332 650 4 Flutes, Square with Long

Neck US200-SN4 D2~D20 333 650 2 Flutes, Corner Radius US200-R2 D3~D16 334 649 3 Flutes, Corner Radius US200-R3 D2~D20 335 649 4 Flutes, Corner Radius US200-R4 D2~D20 336 650 2 Flutes, Ballnose US200-B2 D1~D16 337 650 4 Flutes, Ballnose US200-B4 D1~D20 338 650 Tool Series Catalog (by series)

◎ Most Suitable ○ Suitable

4

2

AICrSiN

4

2

TiAIN

Square

3

223

Solid Carbide Endmills MILLING

Solid Carbide Endmills

B

Workpiece Material

1 2 3 4 5 6 1 2 3 1 2 3 1 2 3 4 5 1 2 3 4 1 2 3 4

Carbon

Steel, Alloy

Steel

Alloy Steel Stainless

Steel Cast Iron Aluminum

Alloy

Copper

Alloy

Graphite

and

Composite

Material

Hightemperature

Alloy

Titanium

Alloy

Hardness

Steel

Hardness

Steel

Hardness

Steel

＜ 35HRC ≤ 48HRC 45-55HRC 55-60HRC ＞ 60HRC

◎ ◎ ○ ◎ ○ ◎ ○ ○ ◎

○ ○ ◎ ○ ○ ○

224

MILLING Solid Carbide Endmills

Solid Carbide Endmills

B

Applicable

Machining

Materials

Teeth

Shape

of End

Cutting

Edge

Coating Tool Name and Outline Series Model Range

of Sizes

Size Table

Page

Cutting

Data Page

Stainless

Steel

US260

2 Flutes, Standard Length/

Stub Length, Square US260-S2/SS2 D0.5~D0.8 339 651 4 Flutes, Standard Length,

Square (General Machining) US260-SS4A D1~D20 340 651 4 Flutes, Stub Length,

Square (Finishing) US260-SS4B D1~D6 341 651 4 Flutes, Standard Length,

Square (General Machining) US260-S4A D1~D20 342 651 4 Flutes, Stub Length,

Square (Finishing) US260-S4B D1~D6 343 651 4 Short Flutes, Corner

Radius US260-RS4 D1~D20 344 652 4 Flutes, Corner Radius US260-R4 D1.5~D20 345 652 SS600

4 Flutes, Stub Length, Square SS600-SS4 D2~D20 347 653 4 Flutes, Standard

Length, Square SS600-S4 D1~D20 348 653 4 Flutes, Long

Shank Length SS600-SH4 D2~D20 349 653 5 Flutes, Standard

Length, Square SS600-S5 D6~D25 350 654 4 Short Flutes, Corner

Radius SS600-RS4 D2~D20 351 653 4 Flutes, Corner Radius SS600-R4 D2~D20 352 653 4 Flutes, Corner Radius,

with Long Shank Length SS600-RH4 D4~D20 355 653 5 Flutes, Corner Radius SS600-R5 D6~D25 357 654 4 Flutes, Ballnose SS600-B4 D1~D20 361 653 TiAIN

5 Flutes, Standard

Length (Trochoidal

Milling Machining)

SS600-C-R5 D6~D20 362 654 Tool Series Catalog (by series)

◎ Most Suitable ○ Suitable

2

4

TiAIN

Square

4

TiAIN

Square

225

Solid Carbide Endmills MILLING

Solid Carbide Endmills

B

Workpiece Material

1 2 3 4 5 6 1 2 3 1 2 3 1 2 3 4 5 1 2 3 4 1 2 3 4

Carbon

Steel, Alloy

Steel

Alloy Steel Stainless

Steel Cast Iron Aluminum

Alloy

Copper

Alloy

Graphite

and

Composite

Material

Hightemperature

Alloy

Titanium

Alloy

Hardness

Steel

Hardness

Steel

Hardness

Steel

＜ 35HRC ≤ 48HRC 45-55HRC 55-60HRC ＞ 60HRC

○ ○ ◎ ○ ○ ○

◎ ◎ ◎ ○ ○ ◎

226

MILLING Solid Carbide Endmills

Solid Carbide Endmills

B

Applicable

Machining

Materials

Teeth

Shape

of End

Cutting

Edge

Coating Tool Name and Outline Series Model Range

of Sizes

Size Table

Page

Cutting

Data Page

Aluminum

Alloy

UA100

2 Flutes, Standard Length,

Square UA100-S2 D1~D20 364 655 2 Flutes, Long Flute Length,

Square UA100-SL2 D2~D20 365 655 2 Flutes, Long Shank

Length UA100-SH2 D2~D20 366 655 3 Flutes, Standard Length,

Square UA100-S3 D1~D20 367 656 3 Flutes, Long Flute

Length, Square UA100-SL3 D2~D20 368 656 3 Flutes, Long Shank

Length UA100-SH3 D2~D20 369 656 2 Flutes, Corner Radius UA100-R2 D1~D20 370 655 2 Flutes, Corner Radius,

with Long Shank Length UA100-RH2 D6~D20 373 655 3 Flutes, Corner Radius UA100-R3 D1~D20 375 656 3 Flutes, Corner Radius,

with Long Shank Length UA100-RH3 D6~D20 378 656 2 Flutes, Ballnose UA100-B2 D1~D16 380 657 SA100

3 Flutes, Standard Length,

Square SA100-S3 D3~D12 381 657 3 Flutes, Standard

Length, Square (DLC

Colorful Coating)

SA100-S3X D1~D20 382 657 SA160

3 Flutes, Standard

Length, Square SA160-S3 D4~D20 383 657 3 Flutes, Long Flute

Length, Square SA160-SL3 D4~D20 384 657 4 Flutes, Standard

Length, Square SA160-S4 D4~D20 385 657 4 Flutes, Stub Length,

Square SA160-SS4 D4~D20 386 657 Tool Series Catalog (by series)

◎ Most Suitable ○ Suitable

2

Square

2

Square

3

2

3

Square

3

3 DLC

3

Square

4

227

Solid Carbide Endmills MILLING

Solid Carbide Endmills

B

Workpiece Material

1 2 3 4 5 6 1 2 3 1 2 3 1 2 3 4 5 1 2 3 4 1 2 3 4

Carbon

Steel, Alloy

Steel

Alloy Steel Stainless

Steel Cast Iron Aluminum

Alloy

Copper

Alloy

Graphite

and

Composite

Material

Hightemperature

Alloy

Titanium

Alloy

Hardness

Steel

Hardness

Steel

Hardness

Steel

＜ 35HRC ≤ 48HRC 45-55HRC 55-60HRC ＞ 60HRC

◎ ◎

◎

228

MILLING Solid Carbide Endmills

Solid Carbide Endmills

B

Applicable

Machining

Materials

Teeth

Shape

of End

Cutting

Edge

Coating Tool Name and Outline Series Model Range

of Sizes

Size Table

Page

Cutting

Data Page

SA210

3 Flutes, Corner Radius,

with Long Neck SA210-WR D12~D25 387 658 3 Flutes, Corner Radius, with

Long Neck (Coating with Coolant) SA210-WR-IC D12~D25 390 658 3 Flutes, Corner Radius SA210-NR D6~D20 393 658 SA300

3 Flutes, Standard Length,

Square SA300-S3 D6~D20 394 659 2 Flutes, Corner Radius,

with Long Neck SA300-RN2 D6~D32 395 659 3 Flutes, Corner Radius,

with Long Neck SA300-RN3 D6~D32 399 659 2 Flutes, Ballnose, with

Long Neck SA300-BN2 D6~D20 403 659 4 Flutes, Square with

Long Neck (Side Milling

Finishing)

SA300-SF-SN4 D6~D20 404 660 4 Flutes, Square with

Long Neck (Side Milling

Finishing) (Coating

with Coolant)

SA300-SF-IC-SN4 D12~D20 405 660 4 Flutes, Corner Radius,

with Long Neck (Side

Milling Finishing)

SA300-SF-RN4 D10~D20 406 660 4 Flutes, Corner Radius,

with Long Neck (Side

Milling Finishing)

(Coating with Coolant)

SA300-SF-IC-RN4 D12~D20 408 660 6 Flutes, Corner Radius,

with Long Neck (Face

Milling Finishing)

SA300-WF-RN6 D16~D25 410 660 6 Flutes, Corner Radius, with

Long Neck (Face Milling

Finishing) (Coating with Coolant)

SA300-WF-IC-RN6 D16~D25 411 660 Copper

Aluminium

Graphite

Composite

Material

DNM100

1 Flutes, Corner Radius DNM100-RS1 D2~D3 412 660 2 Flutes, Corner Radius DNM100-RS2 D4~D10 413 660 3 Flutes, Corner Radius DNM100-RS3 D10~D16 414 660 Tool Series Catalog (by series)

◎ Most Suitable ○ Suitable

Corner-R

3

3 Corner-R

2

1

2

Square

4

Square

4 Titanium- rich

Corner-R

4

Corner-R

Titanium- 4 rich

Corner-R

6

Corner-R

Titanium- 6 rich

3

3 Titanium- rich

229

Solid Carbide Endmills MILLING

Solid Carbide Endmills

B

Workpiece Material

1 2 3 4 5 6 1 2 3 1 2 3 1 2 3 4 5 1 2 3 4 1 2 3 4

Carbon

Steel, Alloy

Steel

Alloy Steel Stainless

Steel Cast Iron Aluminum

Alloy

Copper

Alloy

Graphite

and

Composite

Material

Hightemperature

Alloy

Titanium

Alloy

Hardness

Steel

Hardness

Steel

Hardness

Steel

＜ 35HRC ≤ 48HRC 45-55HRC 55-60HRC ＞ 60HRC

◎

◎ ◎

◎

◎ ◎ ◎

230

MILLING Solid Carbide Endmills

Solid Carbide Endmills

B

Applicable

Machining

Materials

Teeth

Shape

of End

Cutting

Edge

Coating Tool Name and Outline Series Model Range

of Sizes

Size Table

Page

Cutting

Data Page

Graphite

SG200

2 Flutes, Standard

Length, Square SG200-S2 D0.4~D12 415 661 2 Flutes, Square

with Long Neck SG200-SN2 D1~D12 416 661 3 Flutes, Standard

Length, Square SG200-S3 D1~D12 417 661 4 Flutes, Standard

Length, Square SG200-S4 D2~D12 418 661 4 Flutes, Corner Radius SG200-R4 D2~D12 419 661 4 Flutes, Corner Radius,

with Long Neck SG200-RN4 D2~D12 420 661 2 Flutes, Ballnose SG200-B2 D0.5~D12 421 662 2 Flutes, Ballnose,

with Long Neck SG200-BN2 D0.5~D12 422 662 SG200-M

4 Flutes, Corner Radius,

with Long Neck SG200-M-RN4 D1~D10 424 662 2 Flutes, Ballnose SG200-M-B2 D0.4~D6 425 662 2 Flutes, Ballnose,

with Long Neck SG200-M-BN2 D0.5~D6 426 662 Titanium

Alloy

ST210

4 Flutes, Square, with

Unequal Tooth Pitch ST210-S4 D1~D20 427 663 4 Flutes, Corner Raidus,

with Unequal Tooth Pitch ST210-R4 D2~D20 428 663 4 Flutes, Corner Raidus, with

Unequal Tooth Pitch and Long

Neck

ST210-RN4 D6~D20 430 663 5 Flutes, Corner Raidus,

with Unequal Tooth Pitch

and Long Flute

ST210-RL5 D16~D25 433 663 4 Flutes, Ballnose, with

Unequal Tooth Pitch ST210-B4 D2~D20 434 663 Tool Series Catalog (by series)

◎ Most Suitable ○ Suitable

Corner-R

4

2

U-DIA

Ballnose

3

2

2 U-DIA

U-DIA

Square

4 U-DIA Square

Corner-R

4

AICrN

Corner-R

4

2

N-DIA

Ballnose

Square

Corner-R

4

AICrN

Ballnose

AICrSiN

231

Solid Carbide Endmills MILLING

Solid Carbide Endmills

B

Workpiece Material

1 2 3 4 5 6 1 2 3 1 2 3 1 2 3 4 5 1 2 3 4 1 2 3 4

Carbon

Steel, Alloy

Steel

Alloy Steel Stainless

Steel Cast Iron Aluminum

Alloy

Copper

Alloy

Graphite

and

Composite

Material

Hightemperature

Alloy

Titanium

Alloy

Hardness

Steel

Hardness

Steel

Hardness

Steel

＜ 35HRC ≤ 48HRC 45-55HRC 55-60HRC ＞ 60HRC

○ ○ ◎

◎

○ ○ ○ ◎

232

MILLING Solid Carbide Endmills

Solid Carbide Endmills

B

Applicable

Machining

Materials

Teeth

Shape

of End

Cutting

Edge

Coating Tool Name and Outline Series Model Range

of Sizes

Size Table

Page

Cutting

Data Page

Titanium

Alloy

ST300

4 Square

GSR7115 4 Flutes, Standard

Length, Square ST300-S4 D1~D20 435 664 4 Corner-R

GSR7115 4 Flutes, Corner

Radius ST300-R4 D2~D20 436 664 4 Corner-R

GSR7115

4 Flutes, Corner

Radius, with Long

Shank Length

ST300-RH4 D6~D20 438 664 4 Corner-R

GSR7115

4 Flutes, Corner

Radius, with Long

Neck

ST300-RN4 D6~D25 441 664 Corner-R

GSR7115 5 Flutes, Corner

Radius ST300-R5 D6~D20 445 664 Corner-R

GSR7115

5 Flutes, Corner

Radius, with Long

Shank Length

ST300-RH5 D6~D25 447 664 Corner-R

GSR7115 5 Flutes, Corner Radius,

with Long Neck ST300-RN5 D6~D25 451 664 Corner-R

GSR7115

5 Flutes, Standard

Length (Trochoidal

Milling Machining)

ST300-C-R5 D6~D20 454 665 Stainless

Steel

Titanium

Alloy Hightemperature

Alloy

STB200

4 Ballnose

TiAIN

4 Flutes, Taper,

Ballnose (Trochoidal

Milling Machining)

STB200-CS R1~R5 456 669 4

6 Ballnose

GSR7115

4/6 Flutes,

Taper, Ballnose

(Trochoidal Milling

Machining)

STB200-CT R1~R9.5 458 669 4

6 Ballnose

TiAIN

4/6 Flutes,

Taper, Ballnose

(Trochoidal Milling

Machining)

STB200-CN R1~R9.5 460 669 4 Ballnose

TiAIN

4 Flutes,

Taper, Ballnose

(Finishing)

STB200-FS R1~R4 462 670 4

6 Ballnose

GSR7115

4/6 Flutes,

Taper, Ballnose

(Finishing)

STB200-FT R1~R6 463 670 4

6 Ballnose

TiAIN

4/6 Flutes,

Taper, Ballnose

(Finishing)

STB200-FN R1~R6 464 670 Tool Series Catalog (by series)

◎ Most Suitable ○ Suitable

233

Solid Carbide Endmills MILLING

Solid Carbide Endmills

B

Workpiece Material

1 2 3 4 5 6 1 2 3 1 2 3 1 2 3 4 5 1 2 3 4 1 2 3 4

Carbon

Steel, Alloy

Steel

Alloy Steel Stainless

Steel Cast Iron Aluminum

Alloy

Copper

Alloy

Graphite

and

Composite

Material

Hightemperature

Alloy

Titanium

Alloy

Hardness

Steel

Hardness

Steel

Hardness

Steel

＜ 35HRC ≤ 48HRC 45-55HRC 55-60HRC ＞ 60HRC

◎

◎ ◎ ◎ ○ ○ ◎

◎

○ ○ ○ ◎ ○

◎ ◎ ◎ ○ ○ ◎

◎

○ ○ ○ ◎ ○

234

MILLING Solid Carbide Endmills

Solid Carbide Endmills

B

Applicable

Machining

Materials

Teeth

Shape

of End

Cutting

Edge

Coating Tool Name and Outline Series Model Range

of Sizes

Size Table

Page

Cutting

Data Page

Zirconia

and

Titanium

Alloys

SM200

2 Flutes, Ballnose,

with Long Neck SM200-TP2 R0.5~R1.5 465 665 2/3 Flutes, Ballnose,

with Long Neck SM200-RO2/RO3 R0.3~R1.5 466 665 2/3 Flutes, Ballnose,

with Long Neck SM200-VH2/VH3 R0.3~R1 467 665 2/3 Flutes, Ballnose,

with Long Neck SM200-WI2/WI3 R0.3~R1.25 468 665 2/3 Flutes, Ballnose,

with Long Neck SM200-IM2/IM3 R0.3~R1.25 469 665 2/3 Flutes, Ballnose,

with Long Neck SM200-ZI2/ZI3 R0.25~R1.5 471 665 2/3 Flutes, Ballnose,

with Long Neck SM200-AR2/AR3 R0.3~R1.5 473 666 2 Flutes, Ballnose,

with Long Neck SM200-KL2 R0.3~R1 475 665 2 Flutes, Ballnose,

with Long Neck SM200-XT2 R0.3~R1.5 476 666 Tool Series Catalog (by series)

◎ Most Suitable ○ Suitable

3

2

AICrN

Ballnose

N-DIA

2

AICrN Ballnose

Ballnose

N-DIA

235

Solid Carbide Endmills MILLING

Solid Carbide Endmills

B

Workpiece Material

1 2 3 4 5 6 1 2 3 1 2 3 1 2 3 4 5 1 2 3 4 1 2 3 4

Carbon

Steel, Alloy

Steel

Alloy Steel Stainless

Steel Cast Iron Aluminum

Alloy

Copper

Alloy

Graphite

and

Composite

Material

Hightemperature

Alloy

Titanium

Alloy

Hardness

Steel

Hardness

Steel

Hardness

Steel

＜ 35HRC ≤ 48HRC 45-55HRC 55-60HRC ＞ 60HRC

◎

◎ ◎

◎

◎ ◎

236

MILLING Solid Carbide Endmills

Solid Carbide Endmills

B

Applicable

Machining

Materials

Teeth

Shape

of End

Cutting

Edge

Coating Tool Name and Outline Series Model Range

of Sizes

Size Table

Page

Cutting

Data Page

Hightemperature

Alloy

SN200

4 Flutes, Corner Raidus,

with Unequal Tooth Pitch SN200-R4 D1~D20 478 666 4 Flutes, Corner Radius,

with Long Shank Length SN200-RH4 D8~D16 482 666 4 Flutes, Ballnose, with

Unequal Tooth Pitch SN200-B4 D2~D12 483 667 4 Flutes Ballnose, with

Long Shank Length SN200-BH4 D8~D12 484 667 Hightemperature

Alloy

SN300

4 Corner-R

TiAlSiN

4 Flutes, Standard

Length, Square

(Round Corner on Tip)

SN300-S4 D1~D20 485 667 4 Corner-R

TiAlSiN

4 Flutes, Long Shank

Length (Round

Corner on Tip)

SN300-SH4 D6~D20 486 667 Corner-R

TiAlSiN

5 Flutes, Standard

Length, Square

(Round Corner on Tip)

SN300-S5 D6~D20 487 668 Corner-R

TiAlSiN

5 Flutes, Long Shank

Length (Round

Corner on Tip)

SN300-SH5 D6~D20 488 668 4 Corner-R

TiAlSiN 4 Flutes, Corner

Radius SN300-R4 D2~D20 489 667 4 Corner-R

TiAlSiN

4 Flutes, Corner

Radius, with Long

Shank Length

SN300-RH4 D6~D20 491 667 Corner-R

TiAlSiN 5 Flutes, Corner

Radius SN300-R5 D6~D20 493 668 Corner-R

TiAlSiN

5 Flutes, Corner

Radius, with Long

Shank Length

SN300-RH5 D6~D20 495 668 Corner-R

TiAlN

5 Flutes, Standard

Length (Trochoidal

Milling Machining)

SN300-C-R5 D6~D20 497 668 Composite

Material

SD200

8

Square

U-DIA 8/12 Flutes, Rhombic Teeth SD200-CN D2~D12 499 671 Tool Series Catalog (by series)

Corner-R

4

TiAlN

Ballnose

◎ Most Suitable ○ Suitable

237

Solid Carbide Endmills MILLING

Solid Carbide Endmills

B

Workpiece Material

1 2 3 4 5 6 1 2 3 1 2 3 1 2 3 4 5 1 2 3 4 1 2 3 4

Carbon

Steel, Alloy

Steel

Alloy Steel Stainless

Steel Cast Iron Aluminum

Alloy

Copper

Alloy

Graphite

and

Composite

Material

Hightemperature

Alloy

Titanium

Alloy

Hardness

Steel

Hardness

Steel

Hardness

Steel

＜ 35HRC ≤ 48HRC 45-55HRC 55-60HRC ＞ 60HRC

○ ○ ○ ◎ ○

◎

238

MILLING Solid Carbide Endmills

Solid Carbide Endmills

B

Applicable

Machining

Materials

Teeth

Shape

of End

Cutting

Edge

Coating Tool Name and Outline Series Model Range

of Sizes

Size Table

Page

Cutting

Data Page

Hardness

Steel

SH160

2 Square

TiAlN 2 Flutes, Standard

Length, Square SH160-S2 D0.5~D20 500 672 4 Square

TiAlN 4 Flutes, Standard

Length, Square SH160-S4 D1~D20 502 672 4 Square

TiAlN 4 Flutes, Long

Shank Length SH160-SH4 D3~D12 504 672 6 Square

TiAlN 6 flutes, square SH160-S6 D6~D20 505 672 2 Corner-R

TiAlN 2 Flutes, Corner Radius SH160-R2 D2~D12 506 672 4 Corner-R

TiAlN 4 Flutes, Corner Radius SH160-R4 D1~D12 508 672 4 Corner-R

TiAlN

4 Flutes, Corner

Radius, with Long

Shank Length

SH160-RH4 D4~D12 511 672 2 Corner-R

TiAlN 2 Flutes, Ballnose SH160-B2 D0.5~D20 512 672 2 Ballnose

TiAlN

2 Flutes Ballnose,

with Long Shank

Length

SH160-BH2 D4~D12 514 672 4 Ballnose

TiAlN 4 Flutes, Ballnose SH160-B4 D2~D16 515 672 Tool Series Catalog (by series)

◎ Most Suitable ○ Suitable

239

Solid Carbide Endmills MILLING

Solid Carbide Endmills

B

Workpiece Material

1 2 3 4 5 6 1 2 3 1 2 3 1 2 3 4 5 1 2 3 4 1 2 3 4

Carbon

Steel, Alloy

Steel

Alloy Steel Stainless

Steel Cast Iron Aluminum

Alloy

Copper

Alloy

Graphite

and

Composite

Material

Hightemperature

Alloy

Titanium

Alloy

Hardness

Steel

Hardness

Steel

Hardness

Steel

＜ 35HRC ≤ 48HRC 45-55HRC 55-60HRC ＞ 60HRC

◎

240

MILLING Solid Carbide Endmills

Solid Carbide Endmills

B

Applicable

Machining

Materials

Teeth

Shape

of End

Cutting

Edge

Coating Tool Name and Outline Series Model Range

of Sizes

Size Table

Page

Cutting

Data Page

Hardness

Steel

SH260-H

2 Flutes, Standard Length,

Square SH260-S2-H D1~D12 516 673 2 Flutes, Square with

Long Neck SH260-SN2-H D1~D6 517 673 4 Flutes, Standard Length,

Square SH260-S4-H D1~D20 519 674 4 Flutes, Standard Length,

Square, 45° Helix Angle SH260-S4A-H D1~D20 520 674 4 Flutes, Long Shank

Length SH260-SH4-H D1~D20 521 674 4 Flutes, Long

Shank Length,

45° Helix Angle

SH260-SH4A-H D3-D20 522 674 4 Flutes, Square with

Long Neck SH260-SN4-H D1~D12 523 674 4 Flutes, Long Flute Length,

Square SH260-SL4-H D1~D16 524 674 4 Flutes, with Long

Flute Length, Square,

45° Helix Angle

SH260-SL4A-H D4-D20 525 674 6 Flutes, Standard Length,

Square SH260-S6-H D6~D20 526 674 6 Flutes, Long Shank

Length SH260-SH6-H D6~D20 527 674 6 Flutes, Long Flute Length,

Square SH260-SL6-H D6~D20 528 674 2 Flutes, Corner Radius SH260-R2-H D1~D8 529 673 Tool Series Catalog (by series)

◎ Most Suitable ○ Suitable

4

2

TiAlCrSiN

Square

4 TiAlCrSiN Square

Square

4 TiAlCrSiN Square

6 TiAlCrSiN Square

2 TiAlCrSiN Corner-R

241

Solid Carbide Endmills MILLING

Solid Carbide Endmills

B

Workpiece Material

1 2 3 4 5 6 1 2 3 1 2 3 1 2 3 4 5 1 2 3 4 1 2 3 4

Carbon

Steel, Alloy

Steel

Alloy Steel Stainless

Steel Cast Iron Aluminum

Alloy

Copper

Alloy

Graphite

and

Composite

Material

Hightemperature

Alloy

Titanium

Alloy

Hardness

Steel

Hardness

Steel

Hardness

Steel

＜ 35HRC ≤ 48HRC 45-55HRC 55-60HRC ＞ 60HRC

○ ◎ ◎ ◎ ○

242

MILLING Solid Carbide Endmills

Solid Carbide Endmills

B

Applicable

Machining

Materials

Teeth

Shape

of End

Cutting

Edge

Coating Tool Name and Outline Series Model Range

of Sizes

Size Table

Page

Cutting

Data Page

Hardness

Steel

SH260-H

2 Flutes, Corner Radius,

with Long Neck SH260-RN2-H D0.8~D6 530 673 4 Flutes, Corner Radius SH260-R4-H D1~D12 532 674 4 Flutes, Corner Radius,

45° Helix Angle SH260-R4A-H D1-D12 535 674 4 Flutes, Corner Radius,

with Long Shank Length SH260-RH4-H D2~D12 537 674 4 Flutes, Corner Radius,

with Long Shank Length,

45° Helix Angle

SH260-RH4A-H D4-D12 539 674 4 Flutes, Corner Raidus,

with Long Flute, 45° Helix

Angle

SH260-RL4A-H D6-D12 541 674 4 Flutes, Corner Radius,

with Long Neck SH260-RN4-H D1~D12 542 674 2 Flutes, Ballnose SH260-B2-H D1~D16 544 675 2 Flutes Ballnose, with

Long Shank Length SH260-BH2-H D2~D12 545 675 2 Flutes, Ballnose, with

Long Neck SH260-BN2-H D1~D12 547 675 SH360

2 Flutes, Standard Length,

Square SH360-S2 D1-D12 549 676 4 Flutes, Standard

Length, Square,

45° Helix Angle

SH360-S4A D1-D20 550 677 4 Flutes, Long Shank

Length, 45° Helix Angle SH360-SH4A D1-D20 551 677 6 Flutes, Standard

Length, Square SH360-S6 D6-D20 552 677 Tool Series Catalog (by series)

TiAlCrSiN

Corner-R

TiAlCrSiN

Ballnose

◎ Most Suitable ○ Suitable

4

2

4

6

Square

TiAlSiN

243

Solid Carbide Endmills MILLING

Solid Carbide Endmills

B

Workpiece Material

1 2 3 4 5 6 1 2 3 1 2 3 1 2 3 4 5 1 2 3 4 1 2 3 4

Carbon

Steel, Alloy

Steel

Alloy Steel Stainless

Steel Cast Iron Aluminum

Alloy

Copper

Alloy

Graphite

and

Composite

Material

Hightemperature

Alloy

Titanium

Alloy

Hardness

Steel

Hardness

Steel

Hardness

Steel

＜ 35HRC ≤ 48HRC 45-55HRC 55-60HRC ＞ 60HRC

○ ◎ ◎ ◎ ○

○ ○ ◎ ◎

244

MILLING Solid Carbide Endmills

Solid Carbide Endmills

B

Applicable

Machining

Materials

Teeth

Shape

of End

Cutting

Edge

Coating Tool Name and Outline Series Model Range

of Sizes

Size Table

Page

Cutting Data

Page

Hardness

Steel

SH360

6 Flutes, Long Flute Length,

Square SH360-SL6 D6-D20 553 677 4 Flutes, Corner Radius SH360-R4 D1-D12 554 677 4 Flutes, Corner Radius,

with Long Shank Length SH360-RH4 D4-D12 556 677 2 Flutes, Ballnose SH360-B2 D0.6-D20 557 678 2 Flutes Ballnose, with Long

Shank Length SH360-BH2 D4-D20 558 678 4 Flutes, Ballnose SH360-B4 D3-D16 559 679 4 Flutes Ballnose, with Long

Shank Length SH360-BH4 D3-D16 560 679 FH200-H

4 Flutes, Corner Radius FH200-R4-H D1~D12 561 680 4 Flutes, Corner Radius,

with Long Neck FH200-RN4-H D8~D12 563 680 6 Flutes, Corner Radius FH200-R6-H D6～D20 564 680 6 Flutes, Corner Radius,

with Long Shank Length FH200-RH6-H D6～D20 565 680 6 Flutes, Corner Radius,

with Long Neck FH200-RN6-H D6～D20 566 680 SHM200

2 Flutes, Standard Length,

Micro Diameter for Deep

Machining

SHM200-SN2 D0.1-D6.0 601 682 2 Flutes, Corner Radius,

Micro Diameter for Deep

Machining

SHM200-RN2 D0.2-D6.0 607 692 4 Flutes, Corner Radius,

Micro Diameter for Deep

Machining

SHM200-RN4 D1-D6.0 621 714 2 Flutes, Ballnose, Micro

Diameter for Deep

Machining

SHM200-BN2 D0.1-D6.0 627 719 Tool Series Catalog (by series)

◎ Most Suitable ○ Suitable

2

Ballnose

4

Corner-R

TiAlSiN

6 Square

TiAlSiN

4

2

TiAlCrSiN

4

6

Corner-R

2

Ballnose

Square

TiAlSiN

245

Solid Carbide Endmills MILLING

Solid Carbide Endmills

B

Workpiece Material

1 2 3 4 5 6 1 2 3 1 2 3 1 2 3 4 5 1 2 3 4 1 2 3 4

Carbon

Steel, Alloy

Steel

Alloy Steel Stainless

Steel Cast Iron Aluminum

Alloy

Copper

Alloy

Graphite

and

Composite

Material

Hightemperature

Alloy

Titanium

Alloy

Hardness

Steel

Hardness

Steel

Hardness

Steel

＜ 35HRC ≤ 48HRC 45-55HRC 55-60HRC ＞ 60HRC

○ ○ ◎ ◎

◎ ◎ ◎ ◎

○ ○ ◎ ◎

246

MILLING Solid Carbide Endmills

Solid Carbide Endmills

B

Teeth Coating Tool Name and Outline Series Model Range

of Sizes

Size

Table

Page

Cutting

Data Page

Square

2 Flutes, Stub Length, Square UP210-SS2 D1~D16 272 634 2 Flutes, Standard Length, Square UP210-S2 D1~D20 273 634 2 Flutes, Long Flute Length, Square UP210-SL2 D2~D20 275 634 2 Flutes, Long Shank Length UP210-SH2 D2~D20 276 634 3 Flutes, Standard Length, Square UP210-S3 D2~D25 277 634 4 Flutes, Stub Length, Square UP210-SS4 D1~D20 278 635 4 Flutes, Standard Length, Square UP210-S4 D1~D22 279 635 4 Flutes, Long Flute Length, Square UP210-SL4 D1~D20 281 635 4 Flutes, Long Shank Length UP210-SH4 D2~D20 283 635 4 Flutes, Standard Length, Square -

Acute Angle UP210-SC4 D4~D20 284 635 4 Flutes, Standard Length, Square -

45° Helix Angle UP210-S4A D4~D20 285 635 6 Flutes, Standard Length, Square UP210-S6 D6~D20 286 635 3 Flutes, Square, with Variable Helix SP210-S3 D2.5~D20 308 638 3 Flutes, Square, with Variable Helix

(Tip Chamfer) SP210-C3 D6~D20 309 638 4 Flutes, Square, Double Helix SP210-S4 D1~D20 310 639 4 Flutes, Square, Double Helix (Tip Chamfer) SP210-C4 D3~D25 311 639 4 Flutes, Square, with Long Neck and

Double Helix (Tip Chamfer) SP210-CN4 D3~D20 313 639 2 Flutes, Square (Tip Chamfer) PP300-C2 D2~D12 319 641 3 Flutes, Square, with Variable Helix

(Tip Chamfer) PP300-C3 D3~D20 320 642 Tool Series Catalog (by shape)

◎ Most Suitable ○ Suitable

AICrSiN

4

6

3

2

AICrSiN

3

2

AICrN

247

Solid Carbide Endmills MILLING

Solid Carbide Endmills

B

Workpiece Material

1 2 3 4 5 6 1 2 3 1 2 3 1 2 3 4 5 1 2 3 4 1 2 3 4

Carbon

Steel, Alloy

Steel

Alloy Steel Stainless

Steel Cast Iron Aluminum

Alloy

Copper

Alloy

Graphite

and

Composite

Material

Hightemperature

Alloy

Titanium

Alloy

Hardness

Steel

Hardness

Steel

Hardness

Steel

＜ 35HRC ≤ 48HRC 45-55HRC 55-60HRC ＞ 60HRC

◎ ◎ ○ ◎

248

MILLING Solid Carbide Endmills

Solid Carbide Endmills

B

Teeth Coating Tool Name and Outline Series Model Range

of Sizes

Size

Table

Page

Cutting

Data Page

Square

4 Flutes, Square, Double Helix

(Tip Chamfer) PP300-C4 D3~D20 321 643 4/5 Flutes, Square, with Variable

Helix (Round Corner on Tip)

(Trochoidal Milling Machining)

PP300-SPEED-3D D6~D20 324 644 4/5 Flutes, Square, with Variable

Helix (Round Corner on Tip)

(Trochoidal Milling Machining)

PP300-SPEED3DN D6~D20 325 644 4/5 Flutes, Square, with Variable

Helix (Round Corner on Tip)

(Trochoidal Milling Machining)

PP300-SPEED-5D D6~D20 326 644 4 Flutes, Square, with Roughing

Geometry UPN210-S4 D6~D20 327 646 4 Flutes, Square, with Roughing

Geometry UPR210-S4 D6~D20 328 645 3/4 Flutes, Square, with Roughing

Geometry UPR300-S3/S4 D6~D20 329 647 2 Flutes, Standard Length, Micro

Diameter for Deep Machining SPM200-SN2 D0.1~D6 567 682 2 Flutes, Standard Length, Micro

Diameter for Deep Machining SHM200-SN2 D0.1~D6 601 682 2 Flutes, Standard Length, Square US200-S2 D0.5~D20 330 649 4 Flutes, Stub Length, Square US200-SS4 D2~D20 331 650 4 Flutes, Standard Length, Square US200-S4 D1~D20 332 650 4 Flutes, Square with Long Neck US200-SN4 D2~D12 333 650 2 Flutes, Standard Length/Stub

Length, Square US260-S2/SS2 D0.5~D0.8 339 651 Tool Series Catalog (by shape)

◎ Most Suitable ○ Suitable

AICrSiN

4 AICrSiN

4

AICrSiN

4

2

TiAlN

4

2

2 TiAlSiN

3

AICrSiN

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