High-Performance Grooving Insert MGMN-M RT300 for Professional Turning
The grooving insert MGMN-M RT300 provides a well-conceived solution for demanding grooving and parting-off operations. By combining a stable cutting edge geometry with the wear-resistant RT300 PVD coating, this indexable insert is highly versatile for machining steel and stainless steel. It delivers reliable cutting capabilities and supports smooth workflows through practical chip formation. This cutting tool is geared towards professional turning processes where stability and a wide application range are essential.
Suitable materials
Technical data
- Design: PVD-coated indexable insert for grooving
- Material suitability: Steel (P15-P25) and Stainless Steel (M10-M25)
- Grooving system: MGM./MRM. System
- Packaging unit: 10 Pc.
| Grooving Insert |
MGMN |
| Workpiece Materials |
Steel & Stainless Steel
|
| Grade |
RT300: PVD-coated P15-P25 and M10-M25 for universal use in steel and stainless steel |
| Grooving system |
MGM./MRM.-System |
| Packaging unit |
10 Pc. |
Dimensions of Grooving Insert MGMN-M RT300
|
Item Nr. |
B |
R |
L |
S |
| MGMN 200-M RT300 |
1331143 |
2 |
0,2 |
16 |
3,5 |
| MGMN 300-M RT300 |
1331140 |
3 |
0,4 |
21 |
4,8 |
| MGMN 400-M RT300 |
1331141 |
4 |
0,4 |
21 |
4,8 |
| MGMN 500-M RT300 |
1331142 |
5 |
0,8 |
26 |
5,8 |
Cutting data
|
Steel |
Stainless Steel |
|
Vc (m/min) |
f (mm) |
Vc (m/min) |
f (mm) |
| MGMN M RT300 |
90-220 |
0,06-0,12 |
80-160 |
0,06-0,1 |
Applications
This indexable tool is explicitly designed for universal grooving and turning operations. It opens up flexible application possibilities when machining common steel and stainless steel alloys. Thanks to its durable and dimensionally stable design, the insert is excellently suited for standardized turning tasks that demand consistent results and high cost-effectiveness.
Special features
A key feature of this model is its precisely tailored M-geometry, which promotes favorable chip control even at varying cutting depths. Combined with the resilient RT300 coating, it ensures dependable longevity of the cutting edges, actively supporting continuous production processes. In addition, the double-edged execution ensures an economical use of each cutting unit.