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Dry Cutting Process Optimization Guidelines

Our Dry Cutting Process with HSS or Carbide.

  • Cut at up to 1000 sfm with carbide, or 3-5 times the speed of conventional TiN-coated HSS hobs.
  • Reduce the number of machines, capital equipment and labor required.
  • Increase tool life up to 5 times that of a conventional HSS hob.
  • Reduce cost of resharpening, inventory and tool change.
  • Lower tool cost of HSS with A1Nite™ coatings than Carbide.
  • Potential to completely eliminate coolant, including maintenance and disposal costs.

Ask yourself...

  • Are your machines capable of delivering the high rigidity and spindle speeds required to fully benefit from POWER CUTTING?
  • Can they be equipped for running dry?
  • How significant is the cost impact of cutting dry on your corporation
  • Are you primarily concerned about reducing tooling cost or the overall cost of producing your workpiece.
  • These and many other considerations will ultimately decide whether Dry Cutting (with HSS or Carbide) or Conventional cutting wet is right for your operation.

Ask us…

E-mail us for a full cost justification today!

 


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