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In high performance cutting (HPC), it is possible
for the cutting tool to become pulled out from
the chuck. The cause of this is a slow microcreeping
motion. It happens with cutting at
high speed and with high pull out forces. Even
chucks with extremely high clamping force
cannot prevent micro-creeping. High-quality
workpieces become scrap as a result.
Often, the cutting conditions must be reduced.
The maximum performance limits of the
machine and tool cannot be taken full advantage
of. The cutting is ineffective.
The SafeLock system offers help.
Keys in the chuck grip the grooves in the tool
shrank. In addition to the frictional clamping
force of the shrink fit chuck, the tool is held
using positive locking. As a result, micro-creeping
is effectively prevented.
On the safe side with SafeLock:
For High Power Cutting (HPC)
Highly accurate clamping due to shrink fit
technology
High torque due to form closed clamping
No loss of accuracy
No pull out of the tool
No spinning of the tool
No damages on work piece or machine
Groove on tool shank is directed so that tool
will be pulled into the chuck (depending on
direction of rotation)
Patent pending: licensing possible | |
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Technical data subject to change without prior notice. | |
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