CoroTurn® 107
For internal and external turning of slender components
Instructions
Insert seat
Clean and inspect insert seat for damaged locations and support for cutting edge
Shims and shim seats
Ensure that shim corners have not been knocked off during machining or handling and shim seats should have no edge build up
Contact faces
Check supporting and contact faces, making sure there is no damage or dirt.
Application tips
Vibration sensitive components
The recommendation is to machine the whole cut in one pass to direct the force into the chuck/ spindle. The entering angle could be used for directing the cutting forces. Increased entering angle gives resulting cutting forces against the set-up and imposes less bending force on the component.
Machining slender components
Entering angle effect: Always try to work with an angle close to 90/0 degree, as even a small change (from a 91/-1 to a 95/-5 degree) will give impact on the cutting force direction during machining.
Over and under coolant: when to use what?
Using precision over and under coolant is an effective way to overcome chip control challenges and increase tool life. Find out how to apply coolant correctly and other useful coolant recommendations that can improve performance in turning operations.
Non-linear turning
Non-linear turning is an efficient strategy for pocketing in tough-to-machine materials. The wear point moves around the cutting edge and there is less risk of vibrations when entering the workpiece. Use CoroTurn® 107 with rail interface to optimize your non-linear turning operations and achieve increased process security, productivity, tool life, chip control and reduced tool inventory.
Recommendations
Insert and system
External longitudinal and facing
| Finishing | Medium | Roughing | |
| Insert shape | C | C | C |
| Insert size | 09 | 09 | 12 |
| Entering angle | 95° | 95° | 95° |
| Clamping | Screw | Screw | Screw |
External profiling
| Finishing | Medium |
| D | D |
| 11 | 11 |
| 93° | 93° |
| Screw | Screw |
Internal longitudinal and facing
| Finishing | Medium | |
| Insert shape | T | T |
| Insert size | 05 | 09 |
| Entering angle | 91° | 91° |
| Clamping | Screw | Screw |
| Hole Ø | 6-13 | ≥ 13,5 |
Internal profiling
| Finishing | Medium |
| D | D |
| 07 | 07 |
| 93° | 93° |
| Screw | Screw |
| ≥ 13 | ≥ 13 |
Insert grade
| Machining conditions | P | M | K | N | S | H |
| Good | GC4415 | GC2220 | GC3210 | H10 | GC1105 | CB7115 |
| Average | GC4425 | GC2025 | GC3210 | H10 | GC1115 | CB7125 |
| Difficult | GC4335 | GC2035 | GC3225 | H10 | GC1125 | CB7135 |
Insert geometry
| Operation | P | M | K | N | S | H |
| Finishing | -PF | -MF | -KF | -AL | -UM | S01020 |
| Medium | -PM | -MM | -KM | -AL | -MF | S01020 |
| Roughing | -PR | -MR | -KR | -AL | -MM | S02030 |
Join us. Stay updated.
Sign up for our newsletter today
