Cargo Carbide CNGA CBN Insert is a precision cutting insert designed for CNC turning applications involving hardened materials and demanding hard-machining operations. The insert uses Cubic Boron Nitride (CBN) as the cutting material, making it suitable for applications where high hardness and wear resistance are important.
The CNGA CBN Insert is intended for compatible hard-turning operations such as precision turning, finishing and machining of hardened components. CBN tooling is commonly selected when conventional carbide inserts may not provide the required performance under suitable hard-machining conditions.
The CNGA configuration provides a dedicated option for CNC turning and precision machining. Selection should be based on the workpiece hardness, material condition, cutting speed, feed rate, depth of cut, insert geometry and required surface finish.
Cargo Carbide provides CNGA CBN inserts for CNC hard turning applications in engineering and production environments. The correct CBN grade and cutting conditions are important for achieving stable performance and consistent component quality.
For manufacturers searching for a CNGA CBN insert, CBN insert for hardened steel or precision hard-turning insert, Cargo Carbide offers this tooling configuration for compatible CNC machining applications.
| Specification | Details |
|---|---|
| Brand | Cargo Carbide |
| Product | CNGA CBN |
| Insert Type | CNGA |
| Cutting Material | CBN |
| Main Application | Hard Turning |
| Machine | CNC Lathe / CNC Turning |
| Workpiece | Hardened Steel / Suitable Hard Materials* |
| Operations | Hard Turning / Finishing* |
A CNGA CBN Insert is a CNC turning insert that uses Cubic Boron Nitride as the cutting material. It is designed for suitable hard-turning and precision machining applications.
It is primarily used for compatible hard-turning operations, including precision turning and finishing of hardened steel and other suitable hard materials.
Yes. CBN inserts are widely used for suitable hardened-steel machining applications. The correct CBN grade, geometry and cutting parameters must be selected for the workpiece hardness and operation.
CBN has very high hardness and wear resistance, making it suitable for demanding hard-turning applications where conventional cutting materials may not provide the required performance.
Consider the workpiece hardness, material, cutting speed, feed rate, depth of cut, required surface finish, insert size and nose radius. The CBN grade should be selected according to the specific hard-turning application.