
S-CARB APR machining of aluminum aerospace structural parts. wall aluminum applications. Significant reduction in machining S-CARB APF
Material removal rates of 550 cubic inches achievable, times, with straighter walls and superior finishes compared dependent on machine. to waterlining.
| TYPICAL METHOD | APF METHOD |
| High-speed waterline | High-speed finishing |
| finishing, multiple | at full depth without |
| passes at numerous | wall distortion |
| levels to produce | |
| acceptable thin walls | ONE HIT |
ENGINEERED FLUTE DESIGN
600 600 500
| Design and engineering | 400 | 400 |
| ensure outstanding | 300 | |
| 200 | 200 | |
| performance in a variety | 10 | |
| of aluminum applications. | 0 | 0 |
| COMPETITOR | S-CARB | HIGH-SPEED | S-CARB |
| APR | WATERLINE | APF |
Superior metal removal rate Dramatic increase in productivity achievement over competition. versus the high speed waterline finishing method, which requires multiple passes to produce
acceptable thin walls.