| Cutting Range Name Design | | Advantages | Cutting Range Name | | Desig | n | Advantages |
| Finishing (With Wiper Edge) WP | 20° 5° 0.09 | Wiper insert. Good chip control at small machining. | Finishing GP Finishing-Medium HQ | | | 10° 15° 0.1 | Finishing to light machining. Good chip control. Sharp cutting performance with 3-D rake angle and double projection design. |
| Finishing-Medium (With Wiper Edge) WQ | 0.16 0.3 8° 4° | Wiper insert. Double feed rate possible while maintaining a smooth finish. High efficiency and good chip control. | Finishing-Medium CQ | | | 7° 12° 0.1 0.12 | Good chip control for varied ap such as copying. Applicable to up facing. |
| Finishing PP | 10° | 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) CJ | | | 15° 7° 20° 0.1 0.2 | Improved chip curing at small machining and high feed rate machining. Improved chip evacuation at copying and up facing. |
| ing-Medium PQ | 0.16 3° 15° | Stable chip control in a wide feed rate range by breaking chips effectively. The well- | m - Roughing PG | | | 5°15° 0.08 | Stable machining with good balance of edge sharpness and strength. Prevent chip clogging at high feed rate. Good |
| Finish | | balanced edge sharpness and toughness. | Mediu | | | | chip 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 indicate | e Length=12, 16) s radius) | 4 5 | (Steel / Edge L Standard PG | ength=12) GT | PS(HS) 8 10 (Steel / Ed | ge Length=16) |
| 3 . m) | PQ 3 GP (mm | CQ | 3 mm) | PS (HS) | | 6 mm) | |
| (m | ap | CJ | p( | | | p( | Stndrd |
| 2 ap | PP 2 | | 2 a | | | 4 a | aa |
| 1 WQ | 1 | | 1 | | | 2 | |
| WP | | HQ | | GS | PT | C | Q |
| 0.2 0.1 0.3 0.4 0.5 0.6 f (mm/rev) | 0.1 0.2 f (m | 0.3 0.4 0.5 m/rev) | | 0.1 0.2 0. f (mm/r | 3 0.4 0.5 ev) | 0.2 0.4 f (m | 0.6 0.8 1.0 m/rev) |