Boring tools with ISO elements - MAPAL Dr. Kress KG
Boring tools with ISO elements - MAPAL Dr. Kress KG
Boring tools with ISO elements - MAPAL Dr. Kress KG
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<strong>ISO</strong> <strong>tools</strong> from <strong>MAPAL</strong> –<br />
the leading technology<br />
The high customer requirements are met by <strong>MAPAL</strong> from the design to the manufacture<br />
of the <strong>tools</strong> by means of extensive know-how and the latest technology. For this reason<br />
<strong>ISO</strong> <strong>tools</strong> from <strong>MAPAL</strong> are leading in the custom sector and standard sector.<br />
The combination of continuous product innovations and a wealth of experience from<br />
more than 15 years gives the <strong>tools</strong> their high performance – <strong>with</strong> the objective of<br />
achieving higher part qualities, better tool lives and increased productivity.<br />
<br />
Precision, performance and innovative technology<br />
<br />
Process solutions –<br />
Perfectly yours<br />
<br />
<strong>MAPAL</strong> precision in design<br />
and production<br />
Advantages of<br />
<strong>MAPAL</strong> <strong>ISO</strong> <strong>tools</strong><br />
Reduction of the<br />
manufacturing costs per unit<br />
due to short machining times<br />
Combination <strong>tools</strong> for the<br />
reduction of the number of<br />
<strong>tools</strong> required<br />
High process reliability<br />
Maximum cost-effectiveness<br />
due to tangential technology<br />
Technology available<br />
worldwide<br />
To reduce productive and non-productive<br />
times simultaneously, <strong>MAPAL</strong> offers<br />
particularly high performance complete<br />
machining <strong>tools</strong>. Reduced cycle times, lower<br />
energy consumption and the related higher<br />
cost-effectiveness are the result. These<br />
effects are achieved by innovative processes<br />
such as helix milling or interpolation turning.<br />
Among the success stories of processes<br />
optimised by <strong>MAPAL</strong> specialists there are<br />
some applications where it was possible to<br />
save up to 60 % of the machining time.<br />
The latest 3D design and computer-aided<br />
studies make it possible to develop and<br />
design complex tangential <strong>tools</strong>. The data<br />
on the insert seats and chip spaces exactly<br />
defined in this manner and other machining<br />
tasks are sent via a CAM interface to<br />
the controller for high-accuracy, highperformance<br />
5-axis machining centres. In<br />
this way <strong>MAPAL</strong> <strong>ISO</strong> <strong>tools</strong> are produced <strong>with</strong><br />
monitoring and control by experienced staff.<br />
Highly accurate manufacturing tolerances<br />
are required and met. This aspect guarantees<br />
a real multi-cutting edge capability and the<br />
high performance of the <strong>tools</strong>.<br />
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