Cargo Carbide TNMA Cast Iron Insert is a precision turning insert designed for CNC machining and turning applications involving cast iron and other compatible materials. The insert is intended for machining operations where reliable cutting performance, wear resistance and consistent dimensional control are important.
The TNMA cast iron insert can be used for CNC turning operations such as external turning, facing and finishing, depending on the selected grade, geometry and cutting conditions. The appropriate insert configuration helps provide stable cutting performance when machining cast iron components.
Cargo Carbide offers carbide inserts for cast iron machining for CNC workshops, engineering manufacturers and production machining applications. The TNMA insert can be selected according to the workpiece material, insert size, nose radius, cutting operation and required machining performance.
For manufacturers searching for a TNMA insert for cast iron, carbide turning insert for cast iron or CNC cast iron cutting insert, Cargo Carbide provides tooling solutions for precision turning applications.
| Specification | Details |
|---|---|
| Brand | Cargo Carbide |
| Product | TNMA Cast Iron Insert |
| Insert Type | TNMA |
| Application | Cast Iron Turning |
| Machine | CNC Lathe / CNC Turning Machine |
| Workpiece | Cast Iron* |
| Operation | Turning / Facing / Finishing* |
| Tool Type | Carbide Turning Insert |
| Grade | CO15C |
| Size | 1604 |
A TNMA cast iron insert is a triangular turning insert designed for machining cast iron and other compatible materials on CNC and conventional turning machines.
TNMA inserts can be used for turning operations such as external turning, facing and finishing, depending on the insert grade, geometry and machining conditions.
Yes. TNMA inserts specifically selected and graded for cast iron can be used for CNC machining of suitable cast iron components.
TNMA inserts can be used on CNC lathes and turning machines equipped with a compatible TNMA tool holder.
Selection depends on the type of cast iron, machining operation, cutting speed, feed rate, depth of cut, insert size, nose radius and required surface finish. The correct grade and geometry should be selected for the specific application.