
APR APF
S-CARB APR S-CARB APF
- 3 flute design for high feed
- 4 flute unique variable geometry
power roughing reduces vibration and allows
finishing of thin walls in one pass
- High feed direct plunge ability
- Through coolant design
- Through coolant design
- Polished flutes for superior
- Polished flute design to
finishes
maximize chip evacuation
- Significant reduction in cycle times Typical Method: High-speed waterline finishing, multiple passes at numerous levels to produce acceptable thin walls
APF Method: High speed finishing at full depth without wall distortion 'One Hit' Flute DesignPlease contact your SGS representative for more information.
ENGINEERED
Metal Removal Rate Time (minutes)
| 600 | | 600 | | | |
| | 500 | | | |
| 400 | | 400 | | | |
| | 300 | | | |
| 200 | | 200 | | | |
| | | 10 | | |
| 0 | | 0 | | |
| Competitor W S-CARB APR | | | High-Speed | S-CARB APF |
| Roughing | | | Waterline | Finishing |
Machining Superior metal removal rate Dramatic increase in productivity versus achievement over competition. the high speed waterline finishing method, which multiple passes are made
to produce acceptable thin walls. www.sgstool.com 3