The Self-Centering Shaft Vice is a precision workholding tool designed to securely clamp and automatically center round shafts, rods, pipes, tubes, and cylindrical components. Its self-centering mechanism ensures that the workpiece remains aligned with the vice centerline, reducing setup time and improving machining accuracy.
- Centering Vices are constructed to hold bars and tubes in firm concentric grip. They feature 4 point clamping contact so work pieces are held securely without hard clamping which can result in damage to delicate parts.
- The Vice is precisely manufactured of highest quality material , has an accuracy of parallelism of .006" per ft.
- Shaft holding
- Round bar clamping
- Pipe and tube holding
- Milling operations
- Drilling operations
- Tapping operations
- Grinding applications
- Inspection and quality control
- Automatically centers the workpiece
- Reduces setup and alignment time
- Improves machining accuracy and repeatability
- Provides secure and stable clamping
- Minimizes workpiece movement during machining
- Suitable for a wide range of cylindrical components
- Durable construction for long service life
- Low maintenance and reliable performance
| Name | SELF CENTERING SHAFT VICE 50 TO 150 |
| Length Overall | 435 mm |
| Height Overall | 240 mm |
| Width Overall | 285 mm |
| Width of Jaws | 180 mm |
| Round Bar Capacity | 50 to 90 mm |
| Vee Jaws | Reversible |
| Holding Capacity | 50 to 90 mm |
| Holding Capacity (By Reversing Vee Jaws) | 90 to 150 mm |
| Weight (Approx.) | 61 Kgs. |
| Approx weight | 20 |
The Banka Self-Centering Shaft Vice is widely used for holding and accurately centering round shafts, rods, pipes, tubes, and cylindrical workpieces during milling, drilling, tapping, grinding, inspection, and precision machining operations. It is an essential workholding accessory for machine shops, CNC machining centers, milling machines, tool rooms, automotive industries, fabrication workshops, maintenance departments, and precision engineering facilities, where automatic centering, secure clamping, accurate alignment, and repeatable machining performance are essential for producing high-quality components.
