The ER Face Cutter is a precision milling cutter designed for face milling, surface machining, shoulder milling, and general material-removal operations. It is designed to provide stable cutting performance and efficient material removal while producing a smooth and accurate machined surface.
- Precision-engineered ER Face Cutter
- Rigid and durable cutter body
- Designed for efficient face milling
- Suitable for replaceable carbide inserts (Model Dependent)
- Precision-machined insert pockets
- Excellent cutter rigidity
- Efficient chip evacuation
- Suitable for roughing and finishing operations
- Available in various cutter diameters and configurations (Model Dependent)
- Designed for continuous industrial use
- Face milling
- Surface milling
- Shoulder milling
- Rough milling
- Finishing operations
- CNC machining
- Production machining
- General engineering applications
- Provides efficient material removal
- Produces accurate and smooth machined surfaces
- Excellent rigidity during machining
- Replaceable inserts reduce tool maintenance time
- Suitable for high-productivity machining
- Helps reduce machining cycle time
- Consistent cutting performance
- Durable construction for long service life
| Name | ER FACE CUTTER |
| Product Type | ER Face Cutter |
| Cutter Material | Alloy Steel |
| Insert Type | Carbide Insert (Model Dependent) |
| Cutter Diameter | Model Dependent |
| Number of Inserts | Model Dependent |
| Overall Length | Model Dependent |
| Bore / Mounting | Model Dependent |
| Insert Geometry | Model Dependent |
| Coating | Model Dependent |
| Machine Compatibility | Milling Machine / CNC Machining Center |
| Usage | Industrial & Workshop Applications |
The Banka ER Face Cutter is widely used for face milling, surface machining, shoulder milling, roughing, and finishing operations on steel, cast iron, aluminium, and other suitable engineering materials, depending on the insert grade and application. It is an essential milling tool for CNC machining centers, milling machines, production workshops, machine shops, tool rooms, automotive industries, and precision engineering facilities, where high material-removal rates, accurate surface machining, excellent rigidity, consistent finish, and reliable cutting performance are essential.
