Application: collet chucks, driven tool holders, direct clamping in the machine spindle
Machine type: Reversible drilling and tapping machines | Boom, Swivel, Radial Drilling Machines | Special, Turning, NC machines
Application: collet chucks, driven tool holders, direct clamping in the machine spindle
Machine type: Reversible drilling and tapping machines | Boom, Swivel, Radial Drilling Machines | Special, Turning, NC machines
If the tool is not clamped securely, high forces are exerted on the tool and chuck through rotation. The tool will begin to wobble. The result: a higher load, therefore increased wear on the chuck and tool, leading to impaired quality of the manufacturing result. Using TER means that the load on the tool due to imbalance is practically eliminated.
The tool is clamped precisely in the centre of the clamping bore, meaning that it runs true and when shrunk in, it forms a stable unit with the TER collet. The short and rigid clamping enables high precision at higher cutting speeds and reduces the wear on the cutting tool dramatically.
Increase of tool life for cutting tools up to 300 %
Due to the precise clamping of the tool with the TER shrink collets, all cutters enter the workpiece simultaneously, avoiding “hitting” the cutting edge.
Result: Better surface finishes & improved accuracy
Highest possible run-out and repeatability accuracy
When shrunk in, cutting tool and shrink fit collet form a unit (monoblock)
Result: A very high transmittable torque, best possible run-out properties and highest possible stability
Application: collet chucks, driven tool holders, direct clamping in the machine spindle
Machine type: Reversible drilling and tapping machines | Boom, Swivel, Radial Drilling Machines | Special, Turning, NC machines
Application: collet chucks, driven tool holders, direct clamping in the machine spindle
Machine type: Reversible drilling and tapping machines | Boom, Swivel, Radial Drilling Machines | Special, Turning, NC machines
If the tool is not clamped securely, high forces are exerted on the tool and chuck through rotation. The tool will begin to wobble. The result: a higher load, therefore increased wear on the chuck and tool, leading to impaired quality of the manufacturing result. Using TER means that the load on the tool due to imbalance is practically eliminated.
The tool is clamped precisely in the centre of the clamping bore, meaning that it runs true and when shrunk in, it forms a stable unit with the TER collet. The short and rigid clamping enables high precision at higher cutting speeds and reduces the wear on the cutting tool dramatically.
Increase of tool life for cutting tools up to 300 %
Due to the precise clamping of the tool with the TER shrink collets, all cutters enter the workpiece simultaneously, avoiding “hitting” the cutting edge.
Result: Better surface finishes & improved accuracy
Highest possible run-out and repeatability accuracy
When shrunk in, cutting tool and shrink fit collet form a unit (monoblock)
Result: A very high transmittable torque, best possible run-out properties and highest possible stability
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