VNMG 160404E-WL EC265H, ANSI: VNMG 331, 35° Rhombic Negative Turning Insert, Carbide (CVD), RE 0.4mm (0.015") for profile turning of P Materials in good (uninterrupted) conditions
| Turning Load | Profiling |
|---|---|
| Workpiece Material | [P] Steel |
| Cutting Conditions | Good-Uninterrupted |
| Insert Style | V Style - 35° Rhombic |
| Insert Material | Carbide (CVD) |
| Grade | EC265H |
| Corner Radius, inch | 0.015 |
| Side Clearance | Negative |
| Chip Breaker | WL |
| ANSI code | VNMG331 |
| ISO code | VNMG160404 |
| Corner Radius, mm | 0.4 |
| Brand | EASYCUT |
| Total discount | 30% |
| Item type | Turning Inserts |
Grade: EC265H
P15 (P10-P25) CVD-coated grade, suitable for finish to rough turning on steel and cast steel. Recommended for continuous and light interrupted cutting, offering a high metal removal rate.
Chip Breaker: WL
Negative Inserts: Ideal for finishing and semi-finishing profile turning. Designed for operations with varying depths of cut, ensuring smooth chip evacuation.
Positive Inserts: Finish turning. Suitable for profile turning or operations with varying depths of cut, ensuring smooth chip evacuation.
| Turning Load | Profiling |
|---|---|
| Workpiece Material | [P] Steel |
| Cutting Conditions | Good-Uninterrupted |
| Insert Style | V Style - 35° Rhombic |
| Insert Material | Carbide (CVD) |
| Grade | EC265H |
| Corner Radius, inch | 0.015 |
| Side Clearance | Negative |
| Chip Breaker | WL |
| ANSI code | VNMG331 |
| ISO code | VNMG160404 |
| Corner Radius, mm | 0.4 |
| Brand | EASYCUT |
| Total discount | 30% |
| Item type | Turning Inserts |
Grade: EC265H
P15 (P10-P25) CVD-coated grade, suitable for finish to rough turning on steel and cast steel. Recommended for continuous and light interrupted cutting, offering a high metal removal rate.
Chip Breaker: WL
Negative Inserts: Ideal for finishing and semi-finishing profile turning. Designed for operations with varying depths of cut, ensuring smooth chip evacuation.
Positive Inserts: Finish turning. Suitable for profile turning or operations with varying depths of cut, ensuring smooth chip evacuation.