Machine Tool Accessories

1. T.I.R. ≤ 0.00024" at collet face

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

3. Balanced to G6.3 at 10000 rpm

4. Works on all CAT40 machines

1. T.I.R. ≤ 0.0002" at collet face

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

3. Balanced to G6.3 at 15000 rpm

4. Works on all CAT40 machines

1. T.I.R. ≤ 0.0002" at collet face

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

3. Balanced to G6.3 at 15000 rpm

4. Works on all CAT40 machines

1. T.I.R. ≤ 0.00024" at collet face

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

3. Balanced to G6.3 at 10000 rpm

4. Works on all CAT 50 machines

1. Rear thread for pull stud is 1/2"-13

2. Runout: ≤ 0.00012" TIR

3. Through-spindle coolant capability

4. Taper ground to high precision AT3 accuracy (all meeting or exceeding industry standards)

1. Runout: ≤ 0.00024" TIR.

2. Pilot Diameter: 1 - 1/2", H5 pilot tolerance

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

4. Meets or exceeds ANSI specifications

No return,no refund after purchase

1. Runout: ≤ 0.0002" TIR

2. Pilot Diameter: 1-1/4", H5 arbor tolerance

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

4. Meets or exceeds ANSI specifications

1. Runout: ≤ 0.0002" TIR.

2. Pilot Diameter: 1 - 1/4", H5 pilot tolerance

3. Rear thread for pull stud is M16

4. Hardened and precision taper ground to AT3 accuracy

1. Arbor diameter: 1-1/2", H5 pilot tolerance

2. Rear thread for pull stud is 7/16" - 20

3. Gage length is 5.00"

4. Concentricity is less than 0.00031 at face and arbor

5. Width of removable drive keys are 5/8"

6. Hardened and precision taper ground to AT3 accuracy

1. Shank diameter: 1", arbor diameter: 1"

2. Runout: .00031" TIR, H5 arbor tolerance

3. Works with tool holder

4. Hardened and precision taper ground

1. Hole diameter 1", H5 Hole Tolorance

2. Runout: ≤ 0.0002" TIR

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

4. Fit for Drilling Machine, Milling Machine CNC Chuck or Holder

1. Hole diameter 7/16", H5 Hole Tolorance

2. Runout ≤ 0.00024"

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

4. Works on all CAT 50 machines

1. Hole diameter 3/16", H5 Hole Tolorance

2. Runout: ≤ 0.00012" TIR

3. Rear thread for pull stud is M12

4. Fit for Drilling Machine, Milling Machine CNC Chuck or Holder

1. Hole diameter 5/8", H5 Hole Tolorance

2. Runout: ≤ 0.00012" TIR

3. Rear thread for pull stud is M12

4. Fit for Drilling Machine, Milling Machine CNC Chuck or Holder

1. Hole diameter 1/2", H5 Hole Tolorance

2. Runout: ≤ 0.0002" TIR

3. Rear thread for pull stud is M16

4. Fit for Drilling Machine, Milling Machine CNC Chuck or Holder

1. Hole diameter 1", H5 Hole Tolorance

2. Runout: ≤ 0.0002" TIR

3. Rear thread for pull stud is M16

4. Fit for Drilling Machine, Milling Machine CNC Chuck or Holder

1. Hole diameter 1/4", H5 Hole Tolorance

2. Runout: ≤ 0.00012" TIR and through-spindle coolant capability

3. Rear thread for pull stud is 1/2"-13

4. Fit for Drilling Machine, Milling Machine CNC Chuck or Holder

1. Hole diameter 3/8", H5 Hole Tolorance

2. Runout: ≤ 0.00012“ TIR and through-spindle coolant capability

3. Rear thread for pull stud is1/2"-13

4. Fit for Drilling Machine, Milling Machine CNC Chuck or Holder

1. Hole diameter 1/2", H5 Hole Tolorance

2. Runout: ≤ 0.00012 TIR and through-spindle coolant capability

3. Rear thread for pull stud is 1/2"-13

4. Fit for Drilling Machine, Milling Machine CNC Chuck or Holder

1. Hole diameter 1-1/4", H5 hole tolorance

2. Runout: 0.00031" TIR

3. Fit for drilling machine, milling machine CNC chuck or holder

1. CAT50 outside taper, 2MT inside taper

2. Runout: 0.00031" TIR

3. Drawbar thread size1"-8

4. Precision ground for improved tool life and work piece consistency

1. NMTB40 Outside Taper, 3MT Inside Taper

2. Runout: ≤ 0.00031" TIR

3. Drawbar Thread Size 5/8"-11

4. Precision Ground for improved tool life and work piece consistency

1. NMTB40 Outside Taper, 4MT Inside Taper

2. Runout: ≤ 0.00031" TIR

3. Drawbar Thread Size 5/8"-11

4. Precision Ground for improved tool life and work piece consistency

1. 0.00031" TIR or better ensure the best possible cutting tool life

2. Hole diameter 3/4", H5 hole tolorance

3. Drawbar thread: 7/16" - 20

4. Fit for drilling machine, milling machine CNC chuck or holder

1. T.I.R. ≤ 0.00031" at collet face

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

3. Balanced to G6.3 at 8000 rpm

4. Works on all CAT 50 machines

1. Rear thread for pull stud is 1/2"-13

2. Runout: ≤ 0.0002" TIR

3. Through-spindle coolant capability

4. Taper ground to high precision AT3 accuracy (all meeting or exceeding industry standards)

1. Rear thread for pull stud is 1/2"-13

2. Runout: ≤ 0.0002" TIR

3. Through-spindle coolant capability

4. Taper ground to high precision AT3 accuracy (all meeting or exceeding industry standards)

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

2. Runout: ≤ 0.00024" TIR

3. Through-spindle coolant capability

4. Taper ground to high precision AT3 accuracy (all meeting or exceeding industry standards)

5. Conform to DIN6499

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

2. Runout: ≤ 0.00024" TIR

3. Through-spindle coolant capability

4. Taper ground to high precision AT3 accuracy (all meeting or exceeding industry standards)

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

2. Runout: ≤ 0.00024" TIR

3. Through-spindle coolant capability

4. Taper ground to high precision AT3 accuracy (all meeting or exceeding industry standards)

1. Runout: 0.00031" TIR

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

3. Collet Chuck accepts all ER40 collets

4. Hardened and precision taper ground to AT3 accuracy

5. This item is mainly used for MT4 milling machine to improve the hardness and endurance of the surface

1. T.I.R. ≤ 0.00024" at collet face

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

3. Balanced to G6.3 at 8000 rpm

4. Works on all CAT40 machines

1. T.I.R. ≤ 0.00024" at collet face

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

3. Balanced to G6.3 at 8000 rpm

4. Works on all CAT40 machines

1. Drawbar Thread 1/2" - 13TPI

2. Fast single tool changing - no need to touch drawbar after inserting master holder

3. Spring collets are hardened and ground for maximun holding power and ultra precision

4. 8 pcs MT3 set includes: collet chuck, 7 full grip collets 1/4", 5/16", 3/8",1/2", 5/8", 3/4", 1" and spanner wrench

1. Drawbar Thread 1/2" - 13TPI

2. Spring collets are hardened and ground for maximun holding power and ultra precision

3. 16 pcs MT3 set include: collet chuck, 15 full grip collets 1/8", 3/16", 1/4", 5/16", 3/8", 7/16", 1/2", 9/16", 5/8", 11/16", 3/4", 13/16", 7/8", 15/16",1" and spanner wrench

1. Drawbar Thread 7/16" - 20TPI

2. Spring collets are hardened and ground for maximun holding power and ultra precision

3. 8 pcs R8 set includes: collet chuck, 7 full grip collets 1/4", 5/16", 3/8",1/2", 5/8", 3/4", 1"  and spanner wrench

1. Drawbar Thread: 7/16" - 20 TPI

2. Spring collets are hardened and ground for maximum holding power and ultra precision

3. 16 pcs R8 set includes: collet chuck, 15 full grip collets 1/8", 3/16", 1/4", 5/16", 3/8", 7/16", 1/2", 9/16", 5/8", 11/16", 3/4", 13/16", 7/8", 15/16" 1" and spanner wrench 

1. Hole diameter: 1/8", overall size: 35 x 52mm / 1-3/8" x 2-3/64"(Max.D*L)

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

3. Using high quality spring steel is stable in perfomance

4. These collets conform to DIN 6388 standards

1. Hole diameter: 3/16", overall size: 35 x 52mm / 1-3/8" x 2-3/64" (Max.D*L)

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

3. Using high quality spring steel is stable in perfomance

4. These collets conform to DIN 6388 standards

1. Hole diameter: 3/8", overall size: 35 x 52mm / 1-3/8" x 2-3/64" (Max.D*L)

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

3. Using high quality spring steel is stable in perfomance

4. These collets conform to DIN 6388 standards

1. Hole diameter: 7/16", overall size: 35 x 52mm / 1-3/8" x 2-3/64"(Max.D*L)

2. Good elasticity, high precision, run-out Tolerance 0.00059"

3. Using high quality spring steel is stable in perfomance

4. These collets conform to DIN 6388 standards

1. Hole diameter: 9/16", overall size: 35 x 52mm / 1 3/8" x 2 3/64" (Max.D*L)

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

3. Using high quality spring steel is stable in perfomance

4. These OZ collets conform to DIN 6388 standards

1. Hole diameter: 5/8", overall size: 35 x 52mm / 1-3/8" x 2-3/64" (Max.D*L)

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

3. Using high quality spring steel is stable in perfomance

4. These collets conform to DIN 6388 standards

1. Hole diameter: 11/16", overall size: 35 x 52mm / 1-3/8" x 2-3/64" (Max.D*L)

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

3. Using high quality spring steel is stable in perfomance

4. These collets conform to DIN 6388 standards

1. Hole diameter: 3/4", overall size: 35 x 52mm / 1-3/8" x 2-3/64" (Max.D*L)

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

3. Using high quality spring steel is stable in perfomance

4. These collets conform to DIN 6388 standards

1. Hole diameter: 13/16", overall size: 35 x 52mm / 1-3/8" x 2-3/64" (Max.D*L)

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

3. Using high quality spring steel is stable in perfomance

4. These collets conform to DIN 6388 standards

1. Hole diameter: 7/8", overall size: 35 x 52mm / 1-3/8" x 2-3/64"(Max.D*L)

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

3. Using high quality spring steel is stable in perfomance

4. These collets conform to DIN 6388 standards

1. Hole diameter: 15/16", overall size: 35 x 52mm / 1-3/8" x 2-3/64" (Max.D*L)

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

3. Using high quality spring steel is stable in perfomance

4. These collets conform to DIN 6388 standards

1. Outside Morse Taper 4

2. Inside Morse taper 3

3. Overall Length 5-33/64"

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

1. Outside Morse Taper 4

2. Inside Morse taper 2

3. Overall Length 4-7/8"

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

1. Outside morse taper 3

2. Inside morse taper 2

3. Overall length 4-13/32"

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

1. Accuracy guaranteed within ≤0.00023"

2. The live center has a combination of deep groove ball bearing ,thrust ball bearing and needle bearing

3. The anti-dust seal can prevent cutting fluid and dust from entering into the center bearing

4. Rotating point is made of high quality alloy steel,heated to HRC 60±2

5. The MAX speed 3000RPM

1. Accuracy guaranteed within ≤0.00023"

2. Morse Taper #4

3. The live center has a combination of deep groove ball bearing ,thrust ball bearing and needle bearing

4. The anti-dust seal can prevent cutting fluid and dust from entering into the center bearing

5. The 60° rotating spindle is made from carbon alloy steel with treat to HRCHRC60±2

6. The MAX speed 2600RPM

1. Accuracy guaranteed within ≤0.00023"

2. Morse Taper #5

3. The live center has a combination of deep groove ball bearing ,thrust ball bearing and needle bearing

4. The anti-dust seal can prevent cutting fluid and dust from entering into the center bearing

5. The 60° rotating spindle is made from carbon alloy steel with treat to HRCHRC60±2

6. The MAX speed 2000RPM

1. Threaded mount: 1-1/2" - 18 TPI

2. Maximum offset is 1" and minimum graduation is 0.0005"

3. Boring bar hole diameter: 3/4", boring head height: 3-5/32"

4. Includes 3" boring head, R8 shank, adjusting wrenches, and 12 pieces carbide tipped boring bar with 3/4" shank

1. Max. center travel: 1-11/32" (34mm)

2. Min. center height: 3-13/16" (97mm)

3. Max. center height: 5-5/32" (131mm)

4. Base size: 7-5/64" (180mm) × 6-57/64 " (175mm)

1.Threaded Mount: 1-1/2" - 18 TPI

2. Maximum offset is 5/8" and minimum graduation is 0.001"

3. Boring bar hole diameter: 1/2", boring head height: 2-7/16"

4. Includes 2" boring head, R8 shank, adjusting wrenches, and 9 piece 1/2" shank carbide tipped boring bar set

1. Max. center travel: 2-35/64" (65mm)

2. Min. center height: 5-45/64" (145mm)

3. Max. center height: 8-17/64" (210mm)

4. Base size: 7-9/32" (185mm) × 8-1/32 " (204mm)

1. Threaded mount: 1-1/2" - 18 TPI

2. Maximum offset is 5/8" and minimum graduation is 0.001"

3. Boring bar hole diameter: 1/2", boring head height: 2-7/16"

4. Includes 2" boring head, MT3 shank with1/2" -13 mounting threads, adjusting wrenches, and 9 piece  carbide tipped boring bar with 1/2" shank

1.Threaded Mount: 7/8" - 20TPI

2. Maximum offset is 1" and minimum graduation is 0.001"

3. Boring head O.D. size is 2", boring bar diameter is 1/2", Includes adjusting wrenches

4.Wide bearing surface assures maximum rigidity.

1. Qty of hole: 12 pcs (4 x 3)

2. Interchangeable with all ER type collets

3. Protects, stores and organizes collets

4. Red baked enamel finish for easy cleaning and protection

1. Qty of hole: 15 pcs (5 x 3)

2. Interchangeable with all ER type collets

3. Protects, stores and organizes collets

4. Red baked enamel finish for easy cleaning and protection

1. Mount Type: Tapered Mount

2. Runout: 0.003" TIR

3. Key Style: keyless

4. Clamping Range: 1/32"-1/2"

1. Qty of hole: 20 pcs (5x4)

2. Interchangeable with all ER type collets

3. Protects, stores and organizes collets

4. Red baked enamel finish for easy cleaning and protection

1. Qty of hole: 24 pcs (6x4)

2. Interchangeable with all ER type collets

3. Protects, stores and organizes collets

4. Red baked enamel finish for easy cleaning and protection

1. T.I.R. ≤ 0.00012 at collet face

2. Through-spindle coolant capability

3. Balanced to G2.5 at 25000 rpm

4. Hardened and precision taper ground to AT3 accuracy

1. Runout: ≤ 0.0002" TIR

2. Through-spindle coolant capability

3. Precision balanced to G6.3 @10000 rpm

4. Hardened and precision taper ground to AT3 accuracy

1. Runout: ≤ 0.00024" TIR

2. Through-spindle coolant capability

3. Precision balanced to G6.3 @ 10000 rpm

4. Hardened and precision taper ground to AT3 accuracy

1. Runout: ≤ 0.0002" TIR

2. Through-spindle coolant capability

3. Precision balanced to G2.5 @ 20000 rpm

4. Hardened and precision taper ground to AT3 accuracy

1. Runout: ≤ 0.00024" TIR

2. Through-spindle coolant capability

3. Precision balanced to G6.3 @ 10000 rpm

4. Hardened and precision taper ground to AT3 accuracy

1. Runout: ≤ 0.00024" TIR

2. Through-spindle coolant capability

3. Precision balanced to G6.3 @ 15000 rpm

4. Hardened and precision taper ground to AT3 accuracy

1. Runout: ≤ 0.00031" TIR

2. Through-spindle coolant capability

3. Precision balanced to G6.3 @ 8000 rpm

4. Hardened and precision taper ground to AT3 accuracy

1. T.I.R. ≤ 0.00031" at collet face

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

3. Balanced to G6.3 at 8000 rpm

4. Works on all CAT50 machines

1. T.I.R. ≤ 0.0002" at collet face

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

3. Balanced to G6.3 at 15000 rpm

4. Works on all CAT40 machines

1. T.I.R. ≤ 0.00024" at collet face

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

3. Balanced to G6.3 at 10000 rpm

4. Works on all CAT40 machines

1. T.I.R. ≤ 0.0002" at collet face

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

3. Balanced to G6.3 at 15000 rpm

4. Works on all CAT40 machines

1. T.I.R. ≤ 0.00024" at collet face

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

3. Balanced to G6.3 at 10000 rpm

4. Works on all CAT 50 machines 

1. T.I.R. ≤ 0.00031 at collet face

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

3. Balanced to G6.3 at 10000 rpm

4. Works on all CAT 50 machines 

1. T.I.R. ≤ 0.00031 at collet face

2. Through-spindle coolant capability

3. Precision balanced to G6.3 @ 8000 rpm

4. Hardened and precision taper ground to AT3 accuracy

1. T.I.R. ≤ 0.00031" at collet face

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

3. Balanced to G6.3 at 10000 rpm

4. Works on all CAT 50 machines

1. T.I.R. ≤ 0.00031" at collet face

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

3. Balanced to G6.3 at 8000 rpm

4. Works on all CAT 50 machines

1. T.I.R. ≤ 0.00024" at collet face

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

3. Balanced to G6.3 at 8000 rpm

4. Works on all CAT40 machines

1. T.I.R. ≤ 0.00031" at collet face

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

3. Balanced to G6.3 at 8000 rpm

4. Works on all CAT40 machines

1. T.I.R. ≤ 0.00024" at collet face

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

3. Balanced to G6.3 at 8000 rpm

4. Works on all CAT40 machines

1. T.I.R. ≤ 0.00024" at collet face

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

3. Balanced to G6.3 at 8000 rpm

4. Works on all CAT40 machines

1. T.I.R. ≤ 0.00031" at collet face

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

3. Balanced to G6.3 at 8000 rpm

4. Works on all CAT40 machines

1. T.I.R. ≤ 0.00024" at collet face

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

3. Balanced to G6.3 at 8000 rpm

4. Works on all CAT40 machines

1. T.I.R. ≤ 0.00031" at collet face

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

3. Balanced to G6.3 at 8000 rpm

4. Works on all CAT40 machines

1. T.I.R. ≤ 0.00024" at collet face

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

3. Balanced to G6.3 at 8000 rpm

4. Works on all CAT40 machines

1. T.I.R. ≤ 0.00024" at collet face

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

3. Balanced to G6.3 at 8000 rpm

4. Works on all CAT40 machines

1. T.I.R. ≤ 0.00031" at collet face

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

3. Balanced to G6.3 at 8000 rpm

4. Works on all CAT40 machines

1. T.I.R. ≤ 0.00031" at collet face

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

3. Balanced to G6.3 at 8000 RPM

4. Works on all CAT50 machines

1. T.I.R. ≤ 0.00031" at collet face

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

3. Balanced to G6.3 at 8000 rpm

4. Works on all CAT 50 machines

1. T.I.R. ≤ 0.00031" at collet face

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

3. Balanced to G6.3 at 8000 rpm

4. Works on all CAT 50 machines

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

2. Runout: ≤ 0.00024" TIR

3. Through-spindle coolant capability

4. Taper ground to high precision AT3 accuracy (all meeting or exceeding industry standards)

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

2. Runout: ≤ 0.00024" TIR

3. Through-spindle coolant capability

4. Taper ground to high precision AT3 accuracy (all meeting or exceeding industry standards)

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

2. Runout: ≤ 0.00024" TIR

3. Through-spindle coolant capability

4. Taper ground to high precision AT3 accuracy (all meeting or exceeding industry standards)

1. Runout: 0.00031" TIR

2. Rear thread for pull stud is 3/8" - 16

3. Collet Chuck accepts all ER25 collets

4. Hardened and precision taper ground to AT3 accuracy

5. This item is mainly used for MT2 milling machine to improve the hardness and endurance of the surface

1. Runout: 0.00031" TIR

2. Rear thread for pull stud is 1/2" - 13

3. Collet Chuck accepts all ER40 collets

4. Hardened and precision taper ground to AT3 accuracy

5. This item is mainly used for MT3 milling machine to improve the hardness and endurance of the surface

1. Machine Taper: BT30

2. Angle Degree: 45 degrees

3. Thread: M12 × 1.75

4. Non coolant - thru

5. Overall Length: 1 - 11/16"

1. Machine Taper: BT40

2. Angle Degree: 45 degrees

3. Thread: M16 × 2

4. Non coolant - thru

5. Overall Length: 2 - 23/64"

1. Accuracy guaranteed witnin 0.00031"

2. Morse Taper #4

3. With 60° includer angle 

4. Great for high speed turning, CNC works

1. Accuracy guaranteed witnin 0.00031"

2. Morse Taper #5

3. With 60° includer angle 

4. Great for high speed turning, CNC works

1. Runout: 0.00023" TIR

2. Morse Taper #3

3. Great for high speed turning, CNC work

4. High quality triple bearing design

1. Runout: .00023" TIR

2. Morse Taper #4

3. Great for high speed turning, CNC work

4. High-quality triple bearing design

1. 75 degree center with MT3 arbor

2. 106mm (4-11/64") OD x 29mm (1-9/64") diameter at the tip

3. 162mm (6-3/8") OA length x 80mm (3-5/3") arbor length

4. High-quality triple bearing design

1. 75 degree center with MT4 arbor

2. 129.3mm (5-3/32") OD x 23mm (29/32") diameter at the tip

3. 195mm (7-43/64") OA length x 102.5mm (4-1/32") arbor length

4. High-quality triple bearing design

1. 75 degree center with MT5 arbor

2. 168mm (6-39/64") OD x 24mm (15/16") diameter at the tip

3. 247mm (9-27/32") OA length x 129mm (5-5/64") arbor length

4. High-quality triple bearing design

1. Runout: ≤ 0.00031" TIR

2. Pilot Diameter: 3/4", H5 arbor tolerance

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

4. Through-spindle coolant capability

1. Runout: 0.00024" TIR

2. Pilot Diameter: 1", H5 arbor tolerance

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

4. Meets or exceeds ANSI specifications

 No return,no refund after purchase

1. Runout: 0.00024" TIR

2. Pilot Diameter: 1", H5 arbor tolerance

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

4. Meets or exceeds ANSI specifications

1. Runout: ≤ 0.00031" TIR

2. Pilot Diameter: 1 - 1/4", H5 arbor tolerance

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

4. Meets or exceeds ANSI specifications

1. Runout: ≤ 0.00024" TIR

2. Pilot Diameter: 1 - 1/2", H5 arbor tolerance

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

4. Meets or exceeds ANSI specifications

1. Concentricity ≤ 0.00024" at face and arbor

2. Pilot Diameter: 3/4", H5 arbor tolerance

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

4. Gage Length is 1 - 1/2"

1. Concentricity ≤ 0.00024" at face and arbor

2. Pilot Diameter: 3/4", H5 arbor tolerance

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

4. Gage Length is 3-1/2"

1. Concentricity ≤ 0.00031" at face and arbor

2. Pilot Diameter: 3/4", H5 arbor tolerance

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

4. Gage Length is 5-1/2"

1. Concentricity ≤ 0.00024" at face and arbor

2. Pilot Diameter: 1-1/4", H5 arbor tolerance

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

4. Gage Length is 1-1/2"

1. Runout: ≤ 0.00031" TIR

2. Pilot Diameter: 1 - 1/4", H5 arbor tolerance

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

4. Meets or exceeds ANSI specifications

1. Concentricity ≤ 0.00024" at face and arbor

2. Pilot Diameter: 1-1/2", H5 pilot tolerance

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

4. Gage Length is 2-13/32"

1. Runout: 0.00031" TIR

2. Pilot Diameter: 1 1/2", H5 arbor tolerance

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

4. Meets or exceeds ANSI specifications

1. Runout: ≤ 0.00024" TIR

2. Pilot Diameter: 2", H5 arbor tolerance

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

4. Meets or exceeds ANSI specifications

1. Runout: ≤ 0.00031" TIR

2. Pilot Diameter: 2", H5 arbor tolerance

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

4. Meets or exceeds ANSI specifications

1. Runout: ≤ 0.00031" TIR

2. Pilot Diameter: 2", H5 arbor tolerance

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

4. Meets or exceeds ANSI specifications

1. Runout: ≤ 0.00031" TIR

2. Pilot Diameter: 2 - 1/2", H5 arbor tolerance

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

4. Meets or exceeds ANSI specifications

1. Runout: ≤ 0.00024" TIR

2. Pilot Diameter: 3/4", H5 pilot tolerance

3. Rear thread for pull stud is M16

4. Hardened and precision taper ground to AT3 accuracy

1. Runout: ≤ 0.00024" TIR

2. Pilot Diameter: 1", H5 pilot tolerance

3. Rear thread for pull stud is M16

4. Hardened and precision taper ground to AT3 accuracy

1. Runout: ≤ 0.00031" TIR

2. Pilot Diameter: 1 - 1/4", H5 pilot tolerance

3. Rear thread for pull stud is M16

4. Hardened and precision taper ground to AT3 accuracy

1. Runout: ≤ 0.00024" TIR

2. Pilot Diameter: 1 - 1/2", H5 pilot tolerance

3. Rear thread for pull stud is M16

4. Hardened and precision taper ground to AT3 accuracy

1. Arbor diameter: 3/4", H5 pilot tolerance

2. Rear thread for pull stud is 7/16" - 20

3. Gage length is 2.00"

4. Concentricity is less than 0.00031 at face and arbor

5. Width of removable drive keys are 5/16"

6. Hardened and precision taper ground to AT3 accuracy

1. Arbor diameter: 1", H5 pilot tolerance

2. Rear thread for pull stud is 7/16" - 20

3. Gage length is 3.00"

4. Concentricity is less than 0.00031 at face and arbor

5. Width of removable drive keys are 3/8"

6. Hardened and precision taper ground to AT3 accuracy

1. Arbor diameter: 1-1/4", H5 pilot tolerance

2. Rear thread for pull stud is 7/16"-20

3. Gage length is 4.00"

4. Concentricity is less than 0.00031 at face and arbor

5. Width of removable drive keys are 1/2"

6. Hardened and precision taper ground to AT3 accuracy

1. Arbor diameter: 3/4", H5 arbor tolerance

2. Style "A" with tanged

3. Gage length is 2.00"

4. Concentricity is less than 0.00031 at face and arbor

5. Width of removable drive keys are 5/16"

6. Hardened and precision taper ground to AT3 accuracy

1. Arbor diameter: 1", H5 arbor tolerance

2. Style "A" with tanged

3. Projection length is 2-3/4"

4. Concentricity is less than 0.00031 at face and arbor

5. Width of removable drive keys are 3/8"

6. Hardened and precision taper ground to AT3 accuracy

1. Arbor diameter: 1-1/4", H5 arbor tolerance

2. Style "A" with tanged

3. Projection length is 3-1/2"

4. Concentricity is less than 0.00031 at face and arbor

5. Width of removable drive keys are 1/2"

6. Hardened and precision taper ground to AT3 accuracy

1. Arbor diameter: 1-1/2", H5 arbor tolerance

2. Style "A" with tanged

3. Projection length is 5"

4. Concentricity is less than 0.00031 at face and arbor

5. Width of removable drive keys are 5/8"

6. Hardened and precision taper ground to AT3 accuracy

1. Arbor diameter: 1", H5 arbor tolerance

2. Style "A" with tanged

3. Projection length is 2-3/4"

4. Concentricity is less than 0.00031 at face and arbor

5. Width of removable drive keys are 3/8"

6. Hardened and precision taper ground to AT3 accuracy

1. Arbor diameter: 1-1/2", H5 arbor tolerance

2. Style "A" with tanged

3. Projection length is 5"

4. Concentricity is less than 0.00031 at face and arbor

5. Width of removable drive keys are 5/8"

6. Hardened and precision taper ground to AT3 accuracy

1. Shank diameter: 1/2", arbor diameter: 1/2"

2. Runout: 0.00031" TIR, H5 arbor tolerance

3. Works with tool holder

4. Hardened and precision taper ground

1. Shank diameter: 1/2", arbor diameter: 3/4"

2. Runout: 0.00031" TIR, H5 arbor tolerance

3. Works with tool holder

4. Hardened and precision taper ground

1. Shank Diameter: 3/4", arbors diameter: 3/4"

2. Runout: 0.00031" TIR, H5 arbors tolerance

3. Works with tool holder

4. Hardened and precision taper ground

1. Shank diameter: 3/4", arbor diameter: 1-1/4"

2. Runout: 0.00031" TIR, H5 arbor tolerance

3. Works with tool holder

4. Hardened and precision taper ground

1. Runout: ≤ 0.00024" TIR

2. Pilot Diameter: 3/4", H5 pilot tolerance

3. Rear thread for pull stud is 1/2" - 13

4. Hardened and precision taper ground to AT3 accuracy

1. Runout: ≤ 0.00024" TIR

2. Pilot Diameter: 1 1/4", H5 pilot tolerance

3. Rear thread for pull stud is 1/2" - 13

4. Hardened and precision taper ground to AT3 accuracy

1. Threaded mount: 7/8 - 20" TPI

2. Shank thread: 7/16" - 20

3. R8 taper shank

4. Made of high grade alloy steel

1. CAT40 outside taper, 2MT inside taper

2. Runout: 0.00031" TIR

3. Drawbar thread size 5/8"-11

4. Precision ground for improved tool life and work piece consistency

1. CAT40 outside taper, 3MT inside taper

2. Runout: 0.00031" TIR

3. Drawbar thread size 5/8"-11

4. Precision ground for improved tool life and work piece consistency

1. NMTB30 Outside Taper, 2MT Inside Taper

2. Runout: 0.00031" TIR

3. Drawbar Thread Size 1/2"-13

4. Precision Ground for improved tool life and work piece consistency

1. T.I.R. ≤ 0.00031" at collet face

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

3. Balanced to G6.3 at 8000 rpm

4. Works on all CAT 40 machines

1. T.I.R. ≤ 0.00031" at collet face

2. Through-spindle coolant capability

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

4. Works on all CAT 50 machines

1. T.I.R. ≤ 0.00031" at collet face

2. Through-spindle coolant capability

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

4. Works on all CAT 50 machines

1. Arbor diameter: 3/4", H5 arbor tolerance

2. Drawbar thread is 5/8"-11

3. Projection length is 2.00"

4. Concentricity is less than 0.00031 at face and arbor

5. Width of removable drive keys are 5/16"

6. Hardened and precision taper ground to AT3 accuracy

1. Arbor diameter: 1-1/4", H5 arbor tolerance

2. Drawbar thread is 5/8" - 11

3. Projection length is 3-1/2"

4. Concentricity is less than 0.00031 at face and arbor

5. Width of removable drive keys are 1/2"

6. Hardened and precision taper ground to AT3 accuracy

1. Size NMTB40×JT2

2. Hardened and precision ground

3. 5/8"-11 drawbar thread

4. Total indicated runout: ≤ 0.00031"

1. Size CAT40×JT2

2. Hardened and precision ground

3. 5/8"-11 drawbar thread

4. Total indicated runout: ≤ 0.00031"

1. SizeBT30×JT6

2. Hardened and precision ground

3. M12×1.75 drawbar thread

4. Total indicated runout is from 0.00031"

1. Size CAT40×JT33

2. Hardened and precision ground

3. 5/8"-11 drawbar thread

4. Total indicated runout : ≤ 0.00031"

1. Hole diameter 3/16", H5 hole tolorance

2. Runout: 0.00031" TIR

3. Fit for drilling machine, milling machine CNC chuck or holder

1. Hole diameter: 3/8", H5 hole tolorance

2. Runout: 0.00031" TIR

3. Fit for drilling machine, milling machine CNC chuck or holder

1. Hole diameter 5/8", H5 hole tolorance

2. Runout: 0.00031“ TIR

3. Fit for drilling machine, milling machine CNC chuck or holder

1. Hole diameter 3/16", H5 hole tolorance

2. Runout: 0.00031“ TIR

3. Fit for drilling machine, milling machine CNC chuck or holder

1. Hole diameter 1/2", H5 hole tolorance

2. Runout: 0.00031“ TIR

3. Fit for drilling machine, milling machine CNC chuck or holder

1. Hole diameter 5/8", H5 hole tolorance

2. Runout: 0.00031“ TIR

3. Fit for drilling machine, milling machine CNC chuck or holder

1. Hole diameter 3/4", H5 hole tolorance

2. Runout: 0.00031“ TIR

3. Fit for drilling machine, milling machine CNC chuck or holder

1. Hole diameter 1/2", H5 hole tolorance

2. Runout: 0.00031“ TIR

3. Fit for drilling machine, milling machine CNC chuck or holder

1. Hole diameter 5/8", H5 hole tolorance

2. Runout: 0.00031“ TIR

3. Fit for drilling machine, milling machine CNC chuck or holder

1. Hole diameter 3/8", H5 hole tolorance

2. Runout: 0.00031" TIR

3. Drawbar thread is 1" - 8

4. Fit for drilling machine, milling machine CNC chuck or holder

1. Hole diameter 1/2", H5 hole tolorance

2. Runout: 0.00031" TIR

3. Fit for drilling machine, milling machine CNC chuck or holder

1. Hole diameter 5/8", H5 hole tolorance

2. Runout: 0.00031" TIR

3. Drawbar thread is 1"-8

4. Fit for drilling machine, milling machine CNC chuck or holder

1. Hole diameter 3/4", H5 hole tolorance

2. Runout: 0.00031“ TIR

3. Fit for drilling machine, milling machine CNC chuck or holder

1. Hole diameter 7/8", H5 hole tolorance

2. Runout: 0.00031“ TIR

3. Fit for drilling machine, milling machine CNC chuck or holder

1. Hole diameter 1", H5 hole tolorance

2. Runout: 0.00031“ TIR

3. Fit for drilling machine, milling machine CNC chuck or holder

1. Hole diameter 2", H5 hole tolorance

2. Runout: 0.00031" TIR

3. Fit for drilling machine, milling machine CNC chuck or holder

1. Hole diameter 3/8", H5 hole tolorance

2. Runout: 0.00031“ TIR

3. Fit for drilling machine, milling machine CNC chuck or holder

1. Hole diameter 1/2", H5 hole tolorance

2. Runout: 0.00031" TIR

3. Drawbar thread is 1" - 8

4. Fit for drilling machine, milling machine CNC chuck or holder

1. Hole diameter 5/8", H5 hole tolorance

2. Runout: 0.00031“ TIR

3. Fit for drilling machine, milling machine CNC chuck or holder

No return,no refund after purchase

1. Hole diameter 3/4", H5 hole tolorance

2. Runout: 0.00031" TIR

3. Drawbar thread is 1" - 8

4. Fit for drilling machine, milling machine CNC chuck or holder

No return,no refund after purchase

1. Hole diameter 7/8", H5 hole tolorance

2. Runout: 0.00031" TIR

3. Drawbar thread is 1" - 8

4. Fit for drilling machine, milling machine CNC chuck or holder

No return,no refund after purchase

1. Hole diameter 1-1/4", H5 hole tolorance

2. Runout: 0.00031" TIR

3. Drawbar thread is 1" - 8

4. Fit for drilling machine, milling machine CNC chuck or holder

1. Hole diameter 3/16", H5 hole tolorance

2. 0.00031" TIR or better ensure the best possible cutting tool life

3. Drawbar thread: 7/16" - 20

4. Fit for drilling machine, milling machine CNC chuck or holder

1. Hole diameter 3/8", h5 hole tolorance

2. 0.00031" TIR or better ensure the best possible cutting tool life

3. Drawbar thread: 7/16" - 20

4. Fit for drilling machine, milling machine CNC mhuck or holder

1. Hole diameter 1/2", H5 hole tolorance

2. 0.00031" TIR or better ensure the best possible cutting tool life

3. Drawbar thread: 7/16" - 20

4. Fit for drilling machine, milling machine CNC chuck or holder

1. Hole diameter 5/8", H5 hole tolorance

2. 0.00031" TIR or better ensure the best possible cutting tool life

3. Drawbar thread: 7/16" - 20

4. Fit for drilling machine, milling machine CNC chuck or holder

1. Hole diameter 7/8", H5 hole tolorance

2. 0.00031" TIR or better ensure the best possible cutting tool life

3. Drawbar thread: 7/16" - 20

4. Fit for drilling machine, milling machine CNC chuck or holder

1. Machine Taper: CAT40

2. Angle Degree: 45 degrees

3. Thread: 5/8" - 11

4. Coolant - thru

5. Overall Length: 1-1/2"

1. Machine Taper: CAT50

2. Angle Degree: 45 degrees

3. Thread: 1" - 8

4. Coolant - thru

5. Overall Length: 2-19/64"

1. Size NMTB40×JT3

2. Hardened and precision ground

3. 5/8"-11 drawbar thread

4. Total indicated runout: ≤ 0.00031"

1. R8 outside taper, 2MT inside taper

2. Runout: 0.00031" TIR

3. Drawbar thread size 7/16"-20

4. Precision ground for improved tool life and work piece consistency

1. R8 outside taper, 3MT inside taper

2. Runout: 0.00031" TIR

3. Drawbar thread size 7/16"-20

4. Precision ground for improved tool life and work piece consistency

1. T.I.R. ≤ 0.00024 at collet face

2. Through-spindle coolant capability

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

4. Hardened and precision taper ground to AT3 accuracy