Machine Tool Accessories

1.  Material: 20CrMnTi
2. Run out of the inside shank cone ≤0.0001"
3. Collet Chuck accepts all ER16 collets
4. Hardness: 56-60HRC
5. Rear thread for pull stud is 1/2" - 13UNC

1.  Material: 20CrMnTi
2. Run out of the inside shank cone ≤0.0001"
3. Collet Chuck accepts all ER20 collets
4. Hardness: 56-60HRC
5. Rear thread for pull stud is 1/2" - 13UNC

1.  Material: 20CrMnTi
2. Run out of the inside shank cone ≤0.0001"
3. Collet Chuck accepts all ER25 collets
4. Hardness: 56-60HRC
5. Rear thread for pull stud is 1/2" - 13UNC

1.  Material: 20CrMnTi
2. Run out of the inside shank cone ≤0.0001"
3. Collet Chuck accepts all ER32 collets
4. Hardness: 56-60HRC
5. Rear thread for pull stud is 1/2" - 13UNC

1.  Material: 20CrMnTi
2. Run out of the inside shank cone ≤0.0001"
3. Collet Chuck accepts all ER40 collets
4. Hardness: 56-60HRC
5. Rear thread for pull stud is 1/2" - 13UNC

1. Hole Diameter: 15/16", overall length: 1-13/16"

2. Material: High Grade JIS-SUJ2

3. Clamping Range: 0.937" - 0.898"

4. Good elasticity, high precision, Run-Out Tolerance ≤ 0.0003"                 

5. Hardness: 46-50HRC

1. Hole Diameter: 11/16", overall length: 1.811"

2. Material: High Grade JIS-SUJ2

3. Clamping Range: 0.687" - 0.648"

4..Hardness:46-50 HRC

5. Good elasticity, high precision, Run-Out Tolerance ≤ 0.0003"                 

1. Hole diameter: 13/16", overall length: 1.811"

2. Material: High Grade JIS-SUJ2

3. Clamping range:  0.812" - 0.773"

4..Hardness: 46-50 HRC

5. Good elasticity, high precision, runout tolerance ≤ 0.0003"                 

1. Hole diameter: 7/32", overall length: 1.082"

2. Material: High Grade JIS-SUJ2

3. Clamping range: 0.218" - 0.179"

4.Hardness: 46-50 HRC

5. Good elasticity, high precision, Runout tolerance ≤ 0.0003"                 

1. Hole diameter: 1mm (0.0393"), overall length: 1.338"

2. Material: High Grade JIS-SUJ2

3. Clamping range: 1 - 0.5mm (0.0393" - 0.0196")

4. Hardness: 46-50HRC

5. Good elasticity, high precision, run-out tolerance ≤ 0.00059"                 

1. Hole diameter: 1mm (0.0393"), overall length: 1.575”

2. Material: High Grade JIS-SUJ2

3. Clamping range: 1-0.5mm (0.0393" - 0.0196") 

4.Hardness: 46-50 HRC

5. Good elasticity, high precision, Run-Out Tolerance ≤ 0.00059"                 

1.  Material: 20CrMnTi
2. Run out of the inside shank cone ≤0.0001"
3. Collet chuck accepts all ER20 collets
4. Hardness: 56-60 HRC
5. Rear thread for pull stud is 7/16" - 20 UNF

1. Material: 20CrMnTi
2. Run out of the inside shank cone ≤0.0001"
3. Collet chuck accepts all ER16 collets
4. Hardness: 56-60 HRC
5. Rear thread for pull stud is 7/16" - 20 UNF

1. Material: 20CrMnTi
2. Run out of the inside shank cone ≤0.0001"
3. Collet chuck accepts all ER25 collets
4. Hardness: 56-60 HRC
5. Rear thread for pull stud is 7/16" - 20 UNF

1.  Material: 20CrMnTi
2. Run out of the inside shank cone ≤0.0001"
3. Collet Chuck accepts all ER32 collets
4. Hardness: 56-60HRC
5. Rear thread for pull stud is 7/16" - 20UNF

1. Material: 20CrMnTi
2. Run out of the inside shank cone ≤0.0001"
3. Collet Chuck accepts all ER40 collets
4. Hardness: 56-60 HRC
5. Rear thread for pull stud is 7/16" - 20 UNF

1. Material: Alloy case hardened steel, black-finished and precisely grinded.

2. Hardness: HRC 56-58

3. Carbon depth: 1/32" ± 1/64"

4. Runout: < 0.0002"

5. Concentricity of the inner and outer cone: 0.0002"   

6. Shank body standard: MAS 403 and B6339

1. Material: Alloy case hardened steel, black-finished and precisely grinded.

2. Hardness: HRC 56-58

3. Carbon depth: 1/32" ± 1/64"

4. Runout: < 0.0002"

5. Concentricity of the inner and outer cone: 0.0002"   

6. Shank body standard: MAS 403 and B6339

1. Material: Alloy case hardened steel, black-finished and precisely grinded.

2. Hardness: HRC 56-58

3. Carbon depth: 1/32" ± 1/64"

4. Runout: < 0.0002"

5. Concentricity of the inner and outer cone: 0.0002"   

6. Shank body standard: MAS 403 and B6339

1. Material: Alloy case hardened steel, black-finished and precisely grinded.

2. Hardness: HRC 56-58

3. Carbon depth: 1/32" ± 1/64"

4. Runout: < 0.0002"

5. Concentricity of the inner and outer cone: 0.0002"   

6. Shank body standard: MAS 403 and B6339

1. Material: Alloy case hardened steel, black-finished and precisely grinded.

2. Hardness: HRC 56-58

3. Carbon depth: 1/32" ± 1/64"

4. Runout: < 0.0002"

5. Concentricity of the inner and outer cone: 0.0002"   

6. Shank body standard: MAS 403 and B6339

1. Material: Alloy case hardened steel, black-finished and precisely grinded.

2. Hardness: HRC 56-58

3. Carbon depth: 1/32" ± 1/64"

4. Runout: < 0.0002"

5. Concentricity of the inner and outer cone: 0.0002"   

6. Shank body standard: MAS 403 and B6339

1. Material: Alloy case hardened steel, black-finished and precisely grinded.

2. Hardness: HRC 56-58

3. Carbon depth: 1/32" ± 1/64"

4. Runout: < 0.0002"

5. Concentricity of the inner and outer cone: 0.0002"   

6. Shank body standard: MAS 403 and B6339

1. Material: Alloy case hardened steel, black-finished and precisely grinded.

2. Hardness: HRC 56-58

3. Carbon depth: 1/32" ± 1/64"

4. Runout: < 0.0002"

5. Concentricity of the inner and outer cone: 0.0002"   

6. Shank body standard: MAS 403 and B6339

1. Material: Alloy case hardened steel, black-finished and precisely grinded.

2. Hardness: HRC 56-58

3. Carbon depth: 1/32" ± 1/64"

4. Runout: < 0.0002"

5. Concentricity of the inner and outer cone: 0.0002"   

6. Shank body standard: MAS 403 and B6339

1. Material: Alloy case hardened steel, black-finished and precisely grinded.

2. Hardness: HRC 56-58

3. Carbon depth: 1/32" ± 1/64"

4. Runout: < 0.0002"

5. Concentricity of the inner and outer cone: 0.0002"   

6. Shank body standard: MAS 403 and B6339

1. Material: Alloy case hardened steel, black-finished and precisely grinded.

2. Hardness: HRC 56-58

3. Carbon depth: 1/32" ± 1/64"

4. Runout: < 0.0002"

5. Concentricity of the inner and outer cone: 0.0002"   

6. Shank body standard: MAS 403 and B6339

1. Material: Alloy case hardened steel, black-finished and precisely grinded.

2. Hardness: HRC 56-58

3. Carbon depth: 1/32" ± 1/64"

4. Runout: < 0.0002"

5. Concentricity of the inner and outer cone: 0.0002"   

6. Shank body standard: MAS 403 and B6339

1. Material: Alloy case hardened steel, black-finished and precisely grinded.

2. Hardness: HRC 56-58

3. Carbon depth: 1/32" ± 1/64"

4. Runout: < 0.0002"

5. Concentricity of the inner and outer cone: 0.0002"   

6. Shank body standard: MAS 403 and B6339

1. Material: Alloy case hardened steel, black-finished and precisely grinded.

2. Hardness: HRC 56-58

3. Carbon depth: 1/32" ± 1/64"

4. Runout: < 0.0002"

5. Concentricity of the inner and outer cone: 0.0002"   

6. Shank body standard: MAS 403 and B6339

1. Material: Alloy case hardened steel, black-finished and precisely grinded.

2. Hardness: HRC 56-58

3. Carbon depth: 1/32" ± 1/64"

4. Runout: < 0.0002"

5. Concentricity of the inner and outer cone: 0.0002"   

6. Shank body standard: MAS 403 and B6339

1. Material: Alloy case hardened steel, black-finished and precisely grinded.

2. Hardness: HRC 56-58

3. Carbon depth: 1/32" ± 1/64"

4. Runout: < 0.0002"

5. Concentricity of the inner and outer cone: 0.0002"   

6. Shank body standard: MAS 403 and B6339

1. Material: Alloy case hardened steel, black-finished and precisely grinded.

2. Hardness: HRC 56-58

3. Carbon depth: 1/32" ± 1/64"

4. Runout: < 0.0002"

5. Concentricity of the inner and outer cone: 0.0002"   

6. Shank body standard: MAS 403 and B6339

1. Material: Alloy case hardened steel, black-finished and precisely grinded.

2. Hardness: HRC 56-58

3. Carbon depth: 1/32" ± 1/64"

4. Runout: < 0.0002"

5. Concentricity of the inner and outer cone: 0.0002"   

6. Shank body standard: MAS 403 and B6339

1. Material: Alloy case hardened steel, black-finished and precisely grinded.

2. Hardness: HRC 56-58

3. Carbon depth: 1/32" ± 1/64"

4. Runout: < 0.0002"

5. Concentricity of the inner and outer cone: 0.0002"   

6. Shank body standard: MAS 403 and B6339

7.  Pilot Dia.: 1-1/2"

1. Material: Alloy case hardened steel, black-finished and precisely grinded.

2. Hardness: HRC 56-58

3. Carbon depth: 1/32" ± 1/64"

4. Runout: < 0.0002"

5. Concentricity of the inner and outer cone: 0.0002"   

6. Shank body standard: MAS 403 and B6339

7. Pilot diameter: 2"

1. Material: Alloy case hardened steel, black-finished and precisely grinded.

2. Hardness: HRC 56-58

3. Carbon depth: 1/32" ± 1/64"

4. Runout: < 0.0002"

5. Concentricity of the inner and outer cone: 0.0002"   

6. Shank body standard: MAS 403 and B6339

7. Pilot diameter: 2"

1. Material: Alloy case hardened steel, black-finished and precisely grinded.

2. Hardness: HRC 56-58

3. Carbon depth: 1/32" ± 1/64"

4. Runout: < 0.0002"

5. Concentricity of the inner and outer cone: 0.0002"   

6. Shank body standard: MAS 403 and B6339

1. Material: Alloy case hardened steel, black-finished and precisely grinded.

2. Hardness: HRC 56-58

3. Carbon depth: 1/32" ± 1/64"

4. Runout: < 0.0002"

5. Concentricity of the inner and outer cone: 0.0002"   

6. Shank body standard: MAS 403 and B6339

1. Material: Alloy case hardened steel, black-finished and precisely grinded.

2. Hardness: HRC 56-58

3. Carbon depth: 1/32" ± 1/64"

4. Runout: < 0.0002"

5. Concentricity of the inner and outer cone: 0.0002"   

6. Shank body standard: MAS 403 and B6339

1. Material: Alloy case hardened steel, black-finished and precisely grinded.

2. Hardness: HRC 56-58

3. Carbon depth: 1/32" ± 1/64"

4. Runout: < 0.0002"

5. Concentricity of the inner and outer cone: 0.0002"   

6. Shank body standard: MAS 403 and B6339

1. Material: Alloy case hardened steel, black-finished and precisely grinded.

2. Hardness: HRC 56-58

3. Carbon depth: 1/32" ± 1/64"

4. Runout: < 0.0002"

5. Concentricity of the inner and outer cone: 0.0002"   

6. Shank body standard: MAS 403 and B6339

1. Material: Alloy case hardened steel, black-finished and precisely grinded.

2. Hardness: HRC 56-58

3. Carbon depth: 1/32" ± 1/64"

4. Runout: < 0.0002"

5. Concentricity of the inner and outer cone: 0.0002"   

6. Shank body standard: MAS 403 and B6339

1. Material: Alloy case hardened steel, black-finished and precisely grinded.

2. Hardness: HRC 56-58

3. Carbon depth: 1/32" ± 1/64"

4. Runout: < 0.0002"

5. Concentricity of the inner and outer cone: 0.0002"   

6. Shank body standard: MAS 403 and B6339

1. Material: Alloy case hardened steel, black-finished and precisely grinded.

2. Hardness: HRC 56-58

3. Carbon depth: 1/32" ± 1/64"

4. Runout: < 0.0002"

5. Concentricity of the inner and outer cone: 0.0002"   

6. Shank body standard: MAS 403 and B6339

1. Material: Alloy case hardened steel, black-finished and precisely grinded.

2. Hardness: HRC 56-58

3. Carbon depth: 1/32" ± 1/64"

4. Runout: < 0.0002"

5. Concentricity of the inner and outer cone: 0.0002"   

6. Shank body standard: MAS 403 and B6339

1. Material: Alloy case hardened steel, black-finished and precisely grinded.

2. Hardness: HRC 56-58

3. Carbon depth: 1/32" ± 1/64"

4. Runout: < 0.0002"

5. Concentricity of the inner and outer cone: 0.0002"   

6. Shank body standard: MAS 403 and B6339

1. Material: Alloy case hardened steel, black-finished and precisely grinded.

2. Hardness: HRC 56-58

3. Carbon depth: 1/32" ± 1/64"

4. Runout: < 0.0002"

5. Concentricity of the inner and outer cone: 0.0002"   

6. Shank body standard: MAS 403 and B6339

1. TIR: ≤0.0002"

2. Material: 20CrMnTi

3. Works on all CAT40  Machines 

4. Rear thread for pull stud is 5/8" - 11

5. Constructed of alloy steel hardened to 56 – 60 HRC

6. Inside Taper Size: JT2

1. TIR: ≤0.0002"

2. Material: 20CrMnTi

3. Works on all CAT40  Machines 

4. Rear thread for pull stud is 5/8" - 11

5. Constructed of alloy steel hardened to 56 – 60 HRC

6. Inside Taper Size: JT6

1. TIR: ≤0.0002"

2. Material: 20CrMnTi

3. Works on all CAT40  Machines 

4. Rear thread for pull stud is 5/8" - 11

5. Constructed of alloy steel hardened to 56 – 60 HRC

1. Material: Alloy case hardened steel, black-finished and precisely grinded.

2. Hardness: HRC 56-58

3. Carbon depth: 1/32" ± 1/64"

4. Runout: < 0.0002"

5. Concentricity of the inner and outer cone: 0.0002"   

6. Shank body standard: MAS 403 and B6339

1. Material: Alloy case hardened steel, black-finished and precisely grinded.

2. Hardness: HRC 56-58

3. Carbon depth: 1/32" ± 1/64"

4. Runout: < 0.0002"

5. Concentricity of the inner and outer cone: 0.0002"   

6. Shank body standard: MAS 403 and B6339

1. Material: 20CrMnTi

2. Carbon depth＞1/32"

3. Head hardness: 54 - 57 HRC

4. Rear thread: 5/8"- 11 UNC

5. 45° Angle

1.      Hardness:46~50HRC

2.      Runout is 0.00059”

3.      16slot

1. Hole diameter: 2.5mm (0.098"), overall length is 1.082"

2. Material: High Grade JIS-SUJ2

3. Clamping range: 2.5 - 2mm ( 0.098" - 0.078")

4.Hardness: 46-50HRC

5. Good elasticity, high precision, Run-Out Tolerance ≤ 0.00059"                 

1. Hole diameter: 2mm (0.079"), overall length is 1.575”

2. Material: High Grade JIS-SUJ2

3. Clamping range: 2 - 1.5mm (0.079" - 0.059") 

4. Hardness: 46-50 HRC

5. Good elasticity, high precision, Run-Out Tolerance ≤ 0.00059" 

1. For deep hole machining

2. Shank dia: 3/4"; length: 5.51" 

3. Material: 20CrMnTi / JIS-SCM415

4. Made from alloy steel hardened to HRC 56-60

5. This tool holder accepts all ER16 collets

6. Run out：≤ 0.00008" 

1. Runout: ≤ 0.00031" TIR

2. Pilot Diameter: 1", H5 arbor tolerance

3. Rear thread for pull stud is 1" - 8

4. Gage length is 2"

4. Nose dia is 2-1/4"

1. Hole type: Through Hole

2. DIA. rang: 0.274" - 0.285"

3. Shank: Straight ∅0.472"

4. Work length: 1-31/32"

5. Accurate size control and surface hardening

6. Improve the surface roughness of the inner hole

1. Hole type: Through Hole

2. DIA. rang: 0.293" - 0.305"

3. Shank: Straight ∅0.472"

4. Work length: 1-31/32"

5. Accurate size control and surface hardening

6. Improve the surface roughness of the inner hole

1. Hole type: Through Hole

2. DIA. rang: 0.392" - 0.413"

3. Shank: Straight ∅0.472"

4. Work length: 1-31/32"

5. Accurate size control and surface hardening

6. Improve the surface roughness of the inner hole

1. Hole type: Through Hole

2. DIA. rang: 0.411" - 0.433 "

3. Shank: Straight ∅0.472"

4. Work lenght: 1-31/32"

5. Accurate size control and surface hardening

6. Improve the surface roughness of the inner hole

1. Hole type: Through Hole

2. DIA. rang: 0.510" - 0.531"

3. Shank: Straight ∅0.472"

4. Work lenght: 1-31/32"

5. Accurate size control and surface hardening

6. Improve the surface roughness of the inner hole

1. Hole type: Through Hole

2. DIA. rang: 0.549" - 0.571"

3. Shank: Straight ∅0.472"

4. Work length: 1-31/32"

5. Accurate size control and surface hardening

6. Improve the surface roughness of the inner hole

1. Hole type: Through Hole

2. DIA. rang: 0.569" - 0.591"

3. Shank: Straight ∅0.472"

4. Work length: 1-31/32"

5. Accurate size control and surface hardening

6. Improve the surface roughness of the inner hole

1. Hole type: Through Hole

2. DIA. rang: 0.589" - 0.610"

3. Shank: Straight ∅0.472"

4. Work length: 1-31/32"

5. Accurate size control and surface hardening

6. Improve the surface roughness of the inner hole

1. Hole type: Through Hole

2. DIA. rang: 0.608" - 0.630"

3. Shank: Straight ∅0.472"

4. Work length: 1-31/32"

5. Accurate size control and surface hardening

6. Improve the surface roughness of the inner hole

1. Hole type: Through Hole

2. DIA. rang: 0.628" - 0.650 "

3. Shank: Straight ∅0.472"

4. Work length: 1-31/32"

5. Accurate size control and surface hardening

6. Improve the surface roughness of the inner hole

1. Hole type: Through Hole

2. DIA. rang: 0.648" - 0.669"

3. Shank: Straight ∅0.472"

4. Work length: 1-31/32"

5. Accurate size control and surface hardening

6. Improve the surface roughness of the inner hole

1. Hole type: Through Hole

2. DIA. rang: 0.667" - 0.689"

3. Shank: Straight ∅0.472"

4. Work length: 2-23/64"

5. Accurate size control and surface hardening

6. Improve the surface roughness of the inner hole

1. Hole type: Through Hole

2. DIA. rang: 0.687" - 0.709"

3. Shank: Straight ∅0.472"

4. Work lenght: 2-23/64"

5. Accurate size control and surface hardening

6. Improve the surface roughness of the inner hole

1. Hole type: Through Hole

2. DIA. rang: 0.707" - 0.728"

3. Shank: Straight ∅0.472"

4. Work length: 2-23/64"

5. Accurate size control and surface hardening

6. Improve the surface roughness of the inner hole

1. Hole type: Through Hole

2. DIA. rang: 0.726" - 0.748"

3. Shank: Straight ∅0.472"

4. Work lenght: 2-23/64"

5. Accurate size control and surface hardening

6. Improve the surface roughness of the inner hole

1. Hole type: Through Hole

2. DIA. rang: 0.746" - 0.768"

3. Shank: Straight ∅0.472"

4. Work lenght: 2-23/64"

5. Accurate size control and surface hardening

6. Improve the surface roughness of the inner hole

1. Hole type: Through Hole

2. DIA. rang: 0.785" - 0.807"

3. Shank: Straight ∅0.472"

4. Work length: 2-3/4"

5. Accurate size control and surface hardening

6. Improve the surface roughness of the inner hole

Imported from Taiwan

1. Made in Italy.
2. Excellent quality with high precision
3. Superior durability
4. Easy installation 

1. Set includes index plates, crank handle and washer

2. Designed to Fit our HV4 & HV6 Rotary Tables

3. Diameter of the Plates is 100 mm. Centre Hole of the Plate is 21 mm .Thickness 7 mm

5. Set includes both plate A - 15,16,17,18,19,20 and plate B - 21,23,27,29,31,33 and plate C - 37,39,41,43,47,49

4. Made of high quality alloy steel, hardened and ground throughout

• Apply to ER32UM NUT.
• The ER nut adopts open end or annular groove design. Fix accurately and avoid skidding.
• High quality medium carbon steel is adopted as materials of spanner head. The surface hardness of spanner is higher than ER Nut reaching HRC58-62 to be durable.
• Blackening the surface of the spanner and installing the rubber handle after chroming gives it a delicate appearance and a comfortable feel.
• Each batch of products would be sampled for toque testing to ensure the safety.

◎ The body is made of Ductile Cast Iron.
◎ High strength steel; stable machining.
◎ Wide selections of tool shanks. The design of ER32, ER40, and FA25.4 heads ensures various applications.
◎ Can be automatic tool changed. Increases productivity.
◎ Suitable for light and middle cutting.

◎ The body is made of Ductile Cast Iron.
◎ High strength steel; stable machining.
◎ Wide selections of tool shanks. The design of ER32, ER40, and FA25.4 heads ensures various applications.
◎ Can be automatic tool changed. Increases productivity.
◎ Suitable for light and middle cutting.

◎ The body is made of Ductile Cast Iron.
◎ High strength steel; stable machining.
◎ Wide selections of tool shanks. The design of ER32, ER40, and FA25.4 heads ensures various applications.
◎ Can be automatic tool changed. Increases productivity.
◎ Suitable for light and middle cutting.

◎ The body is made of Ductile Cast Iron.
◎ High strength steel; stable machining.
◎ Wide selections of tool shanks. The design of ER32, ER40, and FA25.4 heads ensures various applications.
◎ Can be automatic tool changed. Increases productivity.
◎ Suitable for light and middle cutting.

◎ The body is made of Ductile Cast Iron.
◎ High strength steel; stable machining.
◎ Wide selections of tool shanks. The design of ER32, ER40, and FA25.4 heads ensures various applications.
◎ Can be automatic tool changed. Increases productivity.
◎ Suitable for light and middle cutting.

◎ The body is made of Ductile Cast Iron.

◎ High strength steel; stable machining.

◎ Wide selections of tool shanks. The design of ER32, ER40, and FA25.4 heads ensures various applications.

◎ Can be automatic tool changed. Increases productivity.

◎ Suitable for light and middle cutting.

◎ The body is made of Ductile Cast Iron(FCD65).
◎ High strength steel;stable machining.
◎ Can be automatic tool changed. Increases productivity

◎ The body is made of Ductile Cast Iron(FCD65).
◎ High strength steel;stable machining.
◎ Can be automatic tool changed. Increases productivity

◎ The body is made of Ductile Cast Iron(FCD65).

◎ High strength steel;stable machining.

◎ Can be automatic tool changed. Increases productivit

◎ The body is made of Ductile Cast Iron(FCD65).
◎ High strength steel;stable machining.
◎ The AHC series is suitable for firm and fast face milling.
◎ Can be automatic tool changed. Increases productivity.

◎ The body is made of Ductile Cast Iron(FCD65).
◎ High strength steel;stable machining.
◎ The AHC series is suitable for firm and fast face milling.
◎ Can be automatic tool changed. Increases productivity

◎ 6000 rpm high speed processing. Increases machining efficiency.
◎ Compact and longer body design is suitable for the deep-hole and deep-slot machining application.
◎ Can be automatic tool changed. Increases productivity.
◎ Cutting direction can be adjusted from 0 ~ 360 degree.

◎ 6000 rpm high speed processing. Increases machining efficiency.
◎ Compact and longer body design is suitable for the deep-hole and deep-slot machining application.
◎ Can be automatic tool changed. Increases productivity.
◎ Cutting direction can be adjusted from 0 ~ 360 degree.

◎ 6000 rpm high speed processing. Increases machining efficiency.
◎ Compact body design is the best tool for internal machining application.
◎ Can be automatic tool changed. Increases productivity.
◎ Cutting direction can be adjusted from 0 ~ 360 degree.

◎ 6000 rpm high speed processing. Increases machining efficiency.
◎ Compact body design is the best tool for internal machining application.
◎ Can be automatic tool changed. Increases productivity.
◎ Cutting direction can be adjusted from 0 ~ 360 degree.

◎ 6000 rpm high speed processing. Increases machining efficiency.
◎ Compact and longer body design is suitable for the deep-hole and deep-slot machining application.
◎ Can be automatic tool changed. Increases productivity.
◎ Cutting direction can be adjusted from 0 ~ 360 degree.

◎ 6000 rpm high speed processing. Increases machining efficiency.
◎ Compact and longer body design is suitable for the deep-hole and deep-slot machining application.
◎ Can be automatic tool changed. Increases productivity.
◎ Cutting direction can be adjusted from 0 ~ 360 degree.

◎ 6000 rpm high speed processing. Increases machining efficiency.
◎ Compact body design is the best tool for internal machining application.
◎ Can be automatic tool changed. Increases productivity.
◎ Cutting direction can be adjusted from 0 ~ 360 degree.

◎ 6000 rpm high speed processing. Increases machining efficiency.
◎ Compact body design is the best tool for internal machining application.
◎ Can be automatic tool changed. Increases productivity.
◎ Cutting direction can be adjusted from 0 ~ 360 degree.

◎ 6000 rpm high speed processing.
◎ The 45 degree design ensures 45 degree drilling, milling, and curved surface processing.
◎ Can be automatic tool changed. Increase productivity.

◎ 6000 rpm high speed processing.
◎ The 45 degree design ensures 45 degree drilling, milling, and curved surface processing.
◎ Can be automatic tool changed. Increase productivity.

◎ Cutting angle can be set from 0 ~ ±90 degree for various applications.
◎ Compact design provides extra strength, oil-proof, dust-proof, and duration.
◎ Can be automatic tool changed. Increases productivity.

◎ Cutting angle can be set from 0 ~ ±90 degree for various applications.
◎ Compact design provides extra strength, oil-proof, dust-proof, and duration.
◎ Can be automatic tool changed. Increases productivity.

◎ Cutting angle can be set from 0 ~ ±90 degree for various applications.
◎ Compact design provides extra strength, oil-proof, dust-proof, and duration.
◎ Can be automatic tool changed. Increases productivity.

◎ Cutting angle can be set from 0 ~ ±90 degree for various applications.
◎ Compact design provides extra strength, oil-proof, dust-proof, and duration.
◎ Can be automatic tool changed. Increases productivity.

◎ The output interface of BT40 ensures wide-range application with various BT40 tool holders.
◎ Mount directly on the machine spindle surface.
Rugged body construction fo f r heavy duty cutting.
◎ Interchangeable among same taper machines by changing the mounting plate.
◎ Hardened precision spiral bevel gears ensure stable performance with long service life.
◎ Cutting direction can be adjusted from 0 ~ 360 degree.

◎ The output interface of BT40 ensures wide-range application with various BT40 tool holders.
◎ Mount directly on the machine spindle surface.
Rugged body construction fo f r heavy duty cutting.
◎ Interchangeable among same taper machines by changing the mounting plate.
◎ Hardened precision spiral bevel gears ensure stable performance with long service life.
◎ Cutting direction can be adjusted from 0 ~ 360 degree.

◎ The output interface of BT40 ensures wide-range application with various BT40 tool holders.
◎ Mount directly on the machine spindle surface.
Rugged body construction fo f r heavy duty cutting.
◎ Interchangeable among same taper machines by changing the mounting plate.
◎ Hardened precision spiral bevel gears ensure stable performance with long service life.
◎ Cutting direction can be adjusted from 0 ~ 360 degree.

◎ The output interface of BT40 ensures wide-range application with various BT40 tool holders.

◎ Mount directly on the machine spindle surface. Rugged body construction for heavy duty cutting.

◎ Interchangeable among same taper machines by changing the mounting plate.

◎ Hardened precision spiral bevel gears ensure stable performance with long service life.

◎ Cutting direction can be adjusted from 0 ~ 360 degree.

◎ The output interface of BT40 ensures wide-range application with various BT40 tool holder.
◎ Hardened precision spiral bevel gears ensure stable performance with long service life.
◎ Cutting direction can be adjusted from 0 ~ 360 degree.
◎ Multi-block support system improves working rigidity and stability.
◎ The automatic disengagement and engagement of Angle Head can be easily operated on the base of table and improve efficiency.
◎ Rugged Alloy Steel body construction with compact design

◎ 6000 rpm high speed processing. Increases machining efficiency.
◎ Compact and lighter body design is suitable for drilling, milling, and tapping application.
◎ Can be automatic tool changed. Increases productivity.
◎ Cutting direction can be adjusted from 0 ~ 360 degree.

◎ 6000 rpm high speed processing. Increases machining efficiency.
◎ Compact and lighter body design is suitable for drilling, milling, and tapping application.
◎ Can be automatic tool changed. Increases productivity.
◎ Cutting direction can be adjusted from 0 ~ 360 degree.

◎ 6000 rpm high speed processing. Increases machining efficiency.
◎ Compact and lighter body design is suitable for drilling, milling, and tapping application.
◎ Can be automatic tool changed. Increases productivity.
◎ Cutting direction can be adjusted from 0 ~ 360 degree.

◎R.P.M.:Max. 6,000 RPM

◎R.P.M.:Max. 6,000 RPM

◎R.P.M.:Max. 6,000 RPM

◎R.P.M.:Max. 6,000 RPM

◎R.P.M.:Max. 6,000 RPM

◎ R.P.M.:Max. 3,000 RPM

◎ Gear Ratio:1:1
◎ R.P.M.:Max. 5,000 RPM

◎Gear Ratio:1:1
◎R.P.M.:Max. 5,000 RPM
◎Internal Coolant:30 bar

◎Gear Ratio:1:1
◎R.P.M.:Max. 5,000 RPM
◎Internal Coolant:30 bar

◎Gear Ratio:1:1
◎R.P.M.:Max. 4,000 RPMR

◎Gear Ratio:1:1
◎R.P.M.:Max. 4,000 RPMR

◎ Gear Ratio:1:1
◎ R.P.M.:Max. 4,000 RPM

◎ Gear Ratio:1:1
◎ R.P.M.:Max. 4,000 RPM

◎Gear Ratio:1:1
◎R.P.M.:Max. 4,000 RPM
◎Internal Coolant:30 bar

◎ Gear Ratio:1:1
◎ R.P.M.:Max. 4,000 RPM
◎ Internal Coolant:30 bar

◎ Gear Ratio:1:1
◎ R.P.M.:Max. 4,000 RPM
◎ Internal Coolant:30 bar

◎Gear Ratio:1:1
◎R.P.M.:Max. 4,000 RPMR

◎ Gear Ratio:1:1
◎ R.P.M.:Max. 4,000 RPM

◎ Gear Ratio:1:1
◎ R.P.M.:Max. 4,000 RPM

◎Gear Ratio:1:1
◎R.P.M.:Max. 4,000 RPM
◎Internal Coolant:30 bar