■ Steel

Cutting Range Name DesignAdvantagesCutting Range NameDesignAdvantages
Finishing (With Wiper Edge) WP20° 5° 0.09Wiper insert. Good chip control at small machining.Finishing GP Finishing-Medium HQ10° 15° 0.1Finishing to light machining. Good chip control. Sharp cutting performance with 3-D rake angle and double projection design.
Finishing-Medium (With Wiper Edge) WQ0.16 0.3 8° 4°Wiper insert. Double feed rate possible while maintaining a smooth finish. High efficiency and good chip control.Finishing-Medium CQ7° 12° 0.1 0.12Good chip control for varied ap such as copying. Applicable to up facing.
Finishing PP10°3-step dot structure realizes stable chip control at a wide range of feed rate. Less cutting force due to sharp cutting edge and smooth rake face.Finishing-Medium (Up Facing) CJ15° 7° 20° 0.1 0.2Improved chip curing at small machining and high feed rate machining. Improved chip evacuation at copying and up facing.
ing-Medium PQ0.16 3° 15°Stable chip control in a wide feed rate range by breaking chips effectively. The well-m - Roughing PG5°15° 0.08Stable machining with good balance of edge sharpness and strength. Prevent chip clogging at high feed rate. Good
Finishbalanced edge sharpness and toughness.Mediuchip control at low feed rate. Stable machining with wide chip control range.
4 5 WQ (Corner-R(r�)=12) (Steel) ●Applicable Chipbreaker R(Steel / Edg 4 5 ) ange (ap indicatee Length=12, 16) s radius)4 5(Steel / Edge L Standard PGength=12) GTPS(HS) 8 10 (Steel / Edge Length=16)
3 . m)PQ 3 GP (mmCQ3 mm)PS (HS)6 mm)
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2 apPP 22 a4 aaa
1 WQ112
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0.2 0.1 0.3 0.4 0.5 0.6 f (mm/rev)0.1 0.2 f (m0.3 0.4 0.5 m/rev)0.1 0.2 0. f (mm/r3 0.4 0.5 ev)0.2 0.4 f (m0.6 0.8 1.0 m/rev)