The Face Cutter is a precision milling tool designed for machining flat surfaces, shoulders, and large workpiece areas efficiently. It is commonly used for removing material quickly while producing a smooth, accurate, and uniform surface finish.
- Precision-engineered Face Cutter
- Designed for efficient face milling
- Rigid and durable cutter construction
- Precision-machined cutting geometry
- Suitable for carbide inserts (Model Dependent)
- Excellent material removal capability
- Efficient chip evacuation
- Suitable for roughing and finishing operations
- Available in various diameters and configurations (Model Dependent)
- Suitable for conventional and CNC milling
- Face milling
- Surface machining
- Shoulder milling
- Rough milling
- Finishing operations
- Large-area surface machining
- Production machining
- General engineering applications
- Produces flat and accurate surfaces
- Provides efficient material removal
- Reduces machining time
- Excellent surface finish
- Suitable for roughing and finishing
- Rigid construction improves machining stability
- Replaceable inserts (where applicable) reduce maintenance time
- Durable construction for long service life
| Name | FACE CUTTER |
| Product Type | Face Cutter |
| Material | Tool Steel / Alloy Steel (Model Dependent) |
| Insert Type | Carbide Insert (Model Dependent) |
| Cutter Diameter | Model Dependent |
| Number of Inserts / Teeth | Model Dependent |
| Cutter Width | Model Dependent |
| Bore / Mounting | Model Dependent |
| Overall Length | Model Dependent |
| Cutting Geometry | Model Dependent |
| Machine Compatibility | Milling Machine / CNC Machining Center |
| Usage | Industrial & Workshop Applications |
The Banka Face Cutter is widely used for machining flat surfaces, shoulders, and large surface areas on steel, cast iron, aluminium, and other suitable engineering materials, depending on the cutter and insert grade. 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 accurate flat surfaces, efficient material removal, excellent surface finish, and reliable machining performance are essential.
