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MAPAL - Products / Tools for Fine Machining
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| MAPAL WP Single Blade Reamers |
| MAPAL single blade reamers are based on MAPAL's long-established design principle. Replaceable blades undertake both cutting the material and guiding the tool in the bore at the most favourable geometry positions by means of precision grinding and guide pads. The replaceable blade system is distiguished by special cutting leads and the facility to make exact adjustments in the diameter and back taper. The perfectly balanced adjusting and clamping system for the blade guarantees that the blade has the best possible play-free seating, which in turn means long tool life. |
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| MAPAL HX Single Blade Reamers |
| Constructed to the same principle as the single blade reamers, the HX replaceable blades with their six cutting edges offer significant advantages in machining cast iron and steel. The HX cutting geometry is specially designed to produce optimum chip flow and short chips. In the standard series, as NC reamers, and for special tools, the economic advantages of the HX blades are particularly useful. |
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| MAPAL WP Twin Blade Reamers |
A further important development from the single blade principle has been the addition of a further blade to the system to create the MAPAL twin blade reamer. The special design of the two blades together provides micro cutting with excellent surfaces and remarkably long tool life.
The special performance features of the twin blade reamers are the result of the position of the two blades in relation to each other. Radial and axial displacement menast that the follow-on blade produces only a very small chip thickness. This results in notable improvements in performance results, which are not just doubled but increased up to five fold. |
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| MAPAL HX Twin Blade Reamers |
| The combination of the HX system with the special features of micro cutting opens up completely new machining opportunities. By using the super cutting materials CBN and PCD for hard machining and machining cast iron, surface finishes and economic results are achieved which would previously have been unthinkable. Honing and grinding qualities are also achieved with the economically superior method, which makes machining steps superfluous. |
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