The High Precision Modular Vice is a precision workholding solution designed for securely clamping and accurately positioning workpieces during milling, drilling, grinding, CNC machining, and inspection operations. Its modular construction provides flexibility for different workholding requirements, while precision-machined components ensure excellent accuracy, rigidity, and repeatability.
- High-precision modular construction
- Precision-machined body for excellent accuracy
- Interchangeable modular jaws for flexible workholding
- High clamping force and excellent rigidity
- Hardened and ground working surfaces
- Smooth and precise clamping mechanism
- Compact design for efficient machine-table utilization
- Suitable for multiple workpiece configurations
- Durable construction for heavy-duty industrial use
- Designed for high repeatability and long service life
- CNC machining
- Milling operations
- Drilling operations
- Grinding applications
- Precision workholding
- Tool room operations
- Production machining
- Quality inspection and setup
- Provides secure and accurate workpiece clamping
- Modular design allows quick setup changes
- Improves machining accuracy and repeatability
- Reduces setup and changeover time
- Provides excellent rigidity during heavy machining
- Suitable for a wide range of workpieces
- Durable construction for long service life
- Low maintenance and reliable performance
| Name | HIGH PRECISION MODULAR VICE |
| Sizes | 150 x 225 mm |
| Size | 6 x 9 Inch |
| Length | 450 mm |
| Width | 125 mm |
| Height | 100 mm |
| L1 | 520 mm |
| H1 | 50 mm |
| O | 225 mm |
| J | 50 mm |
| J1 | 150 mm |
| Thickness | 16 mm |
| Max. Clamping Pressure | 4000 Kg |
| Accuracy | 0.02 mm |
| Hardness Rockwell | 57 - 62 HRC |
| Approx weight | 18 |
The Banka High Precision Modular Vice is widely used for securely holding and positioning workpieces during CNC milling, drilling, grinding, machining, inspection, and precision manufacturing operations. It is an essential workholding accessory for CNC machining centers, milling machines, tool rooms, production workshops, automotive industries, mold and die manufacturing, educational institutes, and precision engineering facilities, where high clamping accuracy, rigidity, repeatable positioning, and flexible workholding are essential for producing high-quality components.
