PCD end mill
ø 3/8" - 3/4" | PCD Center Cut series
LOVEJOY Tool Company
PCD Center Cut Series End Mills
Corner Radii available from:
0.015 to 0.125
No other material today machines abrasive, nonferrous materials better than polycrystalline diamond. The initial cost of PCD cutting tools is generally ten times that of carbide tools. The payback is that PCD has 100 times the wear-life of carbide. Other benefits include reduced operator and job setter dependence which increases production rates. Surface finish and finished part quality are also improved.
The high hardness of PCD translates to an abrasion resistance 100 times that of carbide.
PCD is best used in non-ferrous materials with high abrasion resistance. Optimal results are achieved when using PCD to machine: silicon aluminum, metal matrix, graphite, composites, graphite composites, and plastics.
Other benefits include increase in SFM, longer �in tolerance� machining and reduced scrap.
PCD can run SFM from 400 to 6,000 depending on the material being machined.
Corner Radii available from:
0.015 to 0.125
No other material today machines abrasive, nonferrous materials better than polycrystalline diamond. The initial cost of PCD cutting tools is generally ten times that of carbide tools. The payback is that PCD has 100 times the wear-life of carbide. Other benefits include reduced operator and job setter dependence which increases production rates. Surface finish and finished part quality are also improved.
The high hardness of PCD translates to an abrasion resistance 100 times that of carbide.
PCD is best used in non-ferrous materials with high abrasion resistance. Optimal results are achieved when using PCD to machine: silicon aluminum, metal matrix, graphite, composites, graphite composites, and plastics.
Other benefits include increase in SFM, longer �in tolerance� machining and reduced scrap.
PCD can run SFM from 400 to 6,000 depending on the material being machined.
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