Cargo Carbide DNMG KM Stainless Steel Grade Insert is an indexable carbide turning insert designed for CNC machining of stainless steel components. The DNMG geometry provides multiple usable cutting edges, making it suitable for production turning where stable cutting performance and economical insert consumption are important.
The KM geometry is intended for stainless steel machining applications and can be used for external turning, facing, roughing, semi-finishing, and general-purpose machining according to the workpiece and cutting conditions. Its negative configuration provides a robust cutting setup for demanding CNC turning operations.
Cargo Carbide DNMG KM for SS is designed for use with compatible DNMG tool holders on CNC lathes and turning centers. The indexable insert design allows the cutting edge to be changed when required without replacing the complete tool holder, helping simplify tooling maintenance and reduce machining downtime.
| Specification | Details |
|---|---|
| Brand | Cargo Carbide |
| Product Type | Carbide Turning Insert |
| Insert Code | DNMG |
| Geometry | KM |
| Application | Stainless Steel |
| Insert Style | Negative |
| Cutting Type | Indexable |
| Machine | CNC Lathe / Turning Center |
| Operations | Turning, Facing, Roughing & Semi-Finishing |
| Compatible Holder | DNMG Tool Holder |
| Workpiece Material | Stainless Steel |
1. What is the DNMG KM insert used for?
The DNMG KM insert is designed for CNC turning applications involving stainless steel, including external turning, facing, roughing, and general machining.
2. What material is the DNMG KM geometry designed for?
The KM geometry is intended for stainless steel machining applications.
3. Which tool holder is compatible with DNMG KM inserts?
DNMG KM inserts should be used with a compatible DNMG turning tool holder matching the required insert size and configuration.
4. Can DNMG KM inserts be used for stainless steel roughing?
Yes. They can be used for stainless steel roughing and general material-removal operations when the insert specification and cutting parameters are appropriate for the machining conditions.
5. How do I select the correct DNMG KM insert?
Consider the stainless steel grade, insert size, nose radius, depth of cut, feed rate, cutting speed, machine rigidity, and machining operation when selecting the appropriate DNMG KM configuration.