Precision Cutting Tools|Precision Cutting Tools|Gear shaper cutters

Gear Shaper Cutters

The handling companies : Nidec Machine Tool Corporation

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SuperDry shaper cutter

SuperDry shaper cutter

Features

  1. High precision finishing enabling shaving-free processing
  2. Increase of efficiency and productivity
  3. Extended tool life by two to five times compared with conventional wet cutting coated with TiN can achieve cost reduction.
  4. Gear shaping without cutting oil improving working environment

The processing sample shows the longer cutting tool life.

Work m3, PA 14.5°, 30T, supr gear
O.D. 94mm, Width 28mm, SCM420H(HB180)
Cutter 51T, O.D. 157.5mm, MACS
SuperDry with cutting face coating
Cutting condition Number of stroke
450/900/700str/min
Circumferential feed 2.7/2.7/0.76mm/str
Radial feed 0.01/0.01/0.01mm/str
Processing example showing longer tool life

Samples

Work m2, PA 20°, 38T, supr gear
O.D. 81mm, Width 16.5mm, SCr420H(HB180)
Cutter 66T, O.D. 137.068mm, MACS
SuperDry with cutting face coating
Cutting condition Number of strokes
700/1200/1200str/min
Circumferential feed 2.51/1.26/1.26mm/str
Radial feed 0.01/0.015/0.015mm/str
The status of cutting face after cutting 4000 workpieces
The status of cutting face after cutting 4000 workpieces
Tooth profile chart (after processing 4000 pieces)
        x500 x4 (JIS N6 equivalent)
Tooth profile chart (after processing 4000 pieces)
x500 x4 (JIS N6 equivalent)
Lead chart (after processing 4000 pieces)
        x500 x4 (JIS N4 equivalent)
Lead chart (after processing 4000 pieces)
x500 x4 (JIS N4 equivalent)

The shaper cutters with SS treatment can reduce tears of gears.

SS treatment stands for the special treatment for reducing the roughness on the cutting tool surface.

Example of processing

Work m 2, PA 20°, NT 29, HA 35°, LH,
O.D. 79mm T.W.25, SCM420H
Cutter NT 64, O.D. 160mm, MAC B+ Dyanamic
without cutting face coating
Example of processing

Processing by Shaper cutters

Attach the shaper cutter to the gear shaping machine and perform gear cutting in vertical direction from the upper to the down section and back to the upper section (non-cutting) in reciprocal motion.
As cutting cannot be performed at the returning motion, cutting is not as efficient as hobbing with continuous processing.
While helical guide is required at helical gear processing which involves torsional motion, our lineup features the Flexible Guide Type Gear Shaping Machine (ST series).

Processing by Shaper cutter
Processing by Helical cutter

Gear shaping

Gear shaping

Cutter and helical guide lead

Cutter and helical guide lead

Relationship between cutting face roughness and tool life

Relationship between sharpening face roughness and life of tool

Cut level irregularity

Cut level irregularity

Cause of profile error

Cause of profile error

Conventional method of procession and high circumferential feed

Conventional method of procession and high circumferential feed

Swelling of profile in pinion gears

Swelling of profile in pinion gears

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