DIEBOLD shrink collet. 64.TER.25.08.K

Application

Area of application on lathes in the driven tools, directly in the machine spindle or in the collet chuck.

Execution

• Due to the precise clamping of the cutting tool via shrink technology, all cutting edges enter the workpiece simultaneously, there are no cutting edge breakouts and thus less wear.
• Increased service life by up to 300 %. Very high system stability, minimal axial force transmission, reduced chipping due to precise concentricity.
• Highly precise and reliable thanks to excellent concentricity properties (3 µm).
• Extremely high repeatability thanks to exact clamping
• Maximum stability and outstanding machining performance
• Working at high speed due to high transferable torque, stable clamping and maximum holding forces.
• Minimal acquisition costs.
• With cooling grooves for internal coolant supply.

Advantage

• Minimal imbalance
• Shortest overall length
• High repeatability
• Standard chucks with standard clamping nuts can be used.

Notes

Conclusion: Significantly higher cutting parameters can be used. Higher production speed means higher output per unit of time. This has a direct effect on the unit costs. Wear on cutting tools is minimised. Quality, surface finish and highest dimensional accuracy are maximised.

Delivery

1 pc. shrink collet TER with cooling grooves