Precision Watch Band Miter Cutting Jig Vise, Metal Joint Tubes Chenier Clamp, Jewellery Making Tool
For watchmakers and jewellers fabricating or repairing watch bands and chenier joints. This UK-stocked miter cutting vise provides a stable platform for holding small tube and wire stock, with guide slots ensuring accurate 45° and 90° cuts for perfect mitres.
Key features
- Milled from a solid metal block for stability and alignment during use.
- Features multiple V-grooves and channels to secure various diameters of tube and wire.
- Machined guide slots provide a saw blade path for consistent 45° and 90° cuts.
- Four knurled steel thumbscrews allow for firm, tool-free clamping of the workpiece.
- Two alignment pins ensure the top and bottom halves of the vise remain perfectly parallel.
Who it's for
An essential bench tool for UK watchmakers repairing metal watch bands and horological components. Also ideal for bench jewellers fabricating chenier and hinges, or model makers working with small-diameter brass and metal tubing.
Free UK delivery · Same-day dispatch before 2pm · 30-day returns
Is this the right tool for you?
Best for
- UK watchmakers repairing metal watch bands and components
- Bench jewellers fabricating chenier and hinges
- Model makers working with small-diameter brass and metal tubing
Not for
- Cutting large diameter tubes or wire stock
- Heavy-duty industrial fabrication
- Freehand cutting without guide assistance
How this compares
| Precision Watch Band Miter... | Alternatives | |
|---|---|---|
| Construction | Milled from a solid metal block for enhanced stability | Cast construction or multiple bolted components |
| Clamping | Four knurled steel thumbscrews for firm, tool-free workpiece securing | Single clamping screw or requiring additional tools for adjustment |
| Cutting Accuracy | Machined guide slots for consistent 45° and 90° mitre cuts | Stamped guide slots or reliance on user freehand technique |
| Parallel Alignment | Two alignment pins ensure top and bottom halves remain perfectly parallel | No dedicated alignment mechanism, prone to slight misalignment |