End mill for graphite

High precision and performance in graphite processing.
 
Diamond-based carbide end mills are specifically designed to process graphite. They provide 10 times the tool life of traditional coated tools. These tools have the best substrate for a variety of geometries and a wide range of diameters to ensure perfect adhesion of the diamond coating over a range of cutting parameters. In general, these terminal plants require fewer tool changes and are capable of producing precision parts at high feed rates, resulting in significantly higher productivity and lower processing costs.
 
Even in a difficult environment, it is easy to achieve high precision graphite tool, which is made of carbide and graphite processing. It is designed for our nanocrystalline diamond coating and its special tool geometry.Therefore, Calloy graphite tool production tolerance is very narrow (diameter tolerance 0 / -0.01mm / maximum concentricity). 0.003 mm / radius profile / -0.003 mm), achieving impressive performance in terms of accuracy and service life. The graphite range includes corner ball end mills, worldwide end mills, rough end mills as well as drill bits, thread mills and deburr, providing one of the most comprehensive diamond coating tools for graphite processing.
 

Graphite electrodes have many advantages and are becoming more and more standard in EDM applications.For these machined graphite tools, it is important that the machining accuracy be achieved during HSC processing of the graphite material.
 
The best results are achievable if the machinability of graphite tools is fully in line with the possibilities of most modern CNC machining centers. In addition to the highest requirements for accuracy, the performance of tools also determines their economic efficiency.
With the development of the graphite grinding process, Calloy is developing new standards.
Innovative tool design, combined with the latest generation of multi-layer diamond coating, ensures the production process and allows the machine to operate with the highest accuracy at the highest feed rates and highest life expectancy.