Cargo Carbide TNMG U Stainless Steel Insert is a carbide turning insert developed for CNC machining applications involving stainless steel components. Its U geometry provides a dedicated tooling option for turning operations where dependable edge performance and controlled machining are required.
The TNMG U Stainless Steel Insert is suitable for compatible stainless-steel turning operations such as external diameter turning, facing, roughing and semi-finishing. The correct grade, nose radius and cutting parameters should be selected according to the stainless-steel grade, workpiece condition and machining requirement.
Stainless steel can present challenges such as heat generation, work hardening and chip-control requirements. Using an insert specifically selected for stainless-steel machining can help provide more appropriate cutting performance and consistent production results.
Cargo Carbide supplies TNMG U inserts for stainless-steel CNC turning, giving CNC workshops and engineering manufacturers a tooling option focused on SS machining applications.
| Specification | Details |
|---|---|
| Brand | Cargo Carbide |
| Product | TNMG U FOR SS |
| Insert Type | TNMG |
| Geometry | U |
| Cutting Material | Carbide |
| Application | Stainless Steel Turning |
| Machine | CNC Lathe / CNC Turning |
| Workpiece | Stainless Steel |
| Operations | Turning / Facing / Roughing / Semi-Finishing* |
A TNMG U Stainless Steel Insert is a carbide turning insert with U geometry intended for suitable stainless-steel machining operations on CNC turning machines.
TNMG U can be used for compatible stainless-steel turning operations such as external turning, facing, roughing and semi-finishing, depending on the selected grade and machining conditions.
Stainless steel can generate substantial heat and may work-harden during cutting. Choosing an insert grade and geometry suited to the material can help achieve more stable machining and consistent tool performance.
Yes. It is suitable for CNC turning when the insert size and geometry match the TNMG tool holder and the selected grade is appropriate for the stainless-steel application.
Consider the stainless-steel grade, cutting operation, depth of cut, feed rate, cutting speed, insert size and nose radius. The appropriate insert grade should then be selected for those machining conditions.