Skiving Cutter

Skiving Cutter

  • The tool life of skiving cutters varies depending on the gear dimensions and materials, the cutter specifications, and the processing conditions.
  • We make proposals for cutter designs and processing technologies tailored to gear dimensions
skiving cutter Optimal tool design

  • We utilize gear processing technology and tool design technology to implement analyses of cutting mechanisms in order to achieve higher precision and longer tool life.

Surface treatment tailored to skiving processing

  • We add surface modification to film component design and optimization of the film formation process to establish the surface treatment technologies necessary for skiving processing.

Select the optimum tool materials

  • We analyse the properties necessary for skiving processing, including abrasion resistance, chipping resistance, thermal shock resistance, etc. and use the materials that are optimal for the gear dimensions and processing conditions.

Comparison with competitor

Damage comparison of cutter

Competitor NACHI

Cutter abrasion amount comparison

Processing specifications

Workpiece specifications Cutter specification Cutting condition

MxPA

m1.2xPA18°

number of tooth

50

revolution speed

1pass/2pass
1410/1410 min-1

number of tooth

inside 78

helix angle

5° LH

cutting speed

100/100 m/min

helix angle

17° RH

materials

FAX55

feed

0.1/0.1 mm/rev

materials

SCM415

coating

Hyper DuAl SP

cutting fluid

Oil

full width

22mm

(cutting face)

with coating

number of processing

200 pieces
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