SGS Precision Tools' coolant-through expansion of 7-flute end mill line

The new coolant-through varieties offer better wear, surface finish, and chip evacuation when pocketing or slotting

https://www.ksptg.com/
https://www.ksptg.com/
Kyocera SGS Precision Tools

KYOCERA SGS Precision Tools announced a large expansion of the popular H-Carb seven-flute high efficiency end mill series with over 400 new coolant-through options.

Available in various lengths of cut, the new H-Carb Series 77 coolant-through end mills specialize in deep axial trochoidal and high-speed machining applications. The new coolant-through varieties offer better wear, surface finish, and chip evacuation when pocketing or slotting. The H-Carb’s specially designed core and flute design improve rigidity and chip flow while reducing deflection. The seven-flute design allows for superior finishes at higher speed and feed rates versus 5 and 6 flute tools.

The expanded H-Carb portfolio features specialized Ti-NAMITE-A or Ti-NAMITE-M coating technology for increased wear and abrasion resistance extending tool life dramatically to tackle a wide range of materials and applications. The Chip Breaker profile is standard option with a wide range of square end and corner radii options offered to meet a variety of machining specifications.

Features & benefits

  • Heavy duty core and specialized flute design for improved rigidity, chip flow and reduced deflection
  • Chip Breaker profile standard in portfolio and aids in chip flow, especially in deep pocketing operations
  • Deep pocketing and slotting capability using various lengths of cut offered applying a trochoidal tool path
  • Coolant-through options available for better wear, surface finish, and chip evacuation when pocketing or slotting
  • CAM programming methods using high efficiency machining by applying trochoidal tool paths and incorporating constant cutter engagement
  • Available in 3 lengths of cut (2.5xD, 3xD, 4xD)

Material applications

  • Steel ≤ 45 HRc
  • Stainless Steel ≤ 45HRc
  • Cast Iron ≤ 45HRc
  • High-Temp Alloys
  • Titanium Alloys ≤ 45 HRc