Heavy Duty Polished Double Ended Sinusoidal Stake, Jewellery Forming Anticlastic Tool
For UK jewellers and silversmiths creating anticlastic forms, this heavy-duty stake provides essential support. Its double-ended sinusoidal profile allows for the hammer-forming of complex wave curves in sheet metal without buckling, ensuring a predictable and clean result.
Key features
- Solid steel construction with two distinct sinusoidal forming ends.
- Highly polished working surfaces to prevent marking precious or non-ferrous metals.
- Substantial central block provides a stable mounting point in a bench vice.
- Shaped to provide correct support when forming anticlastic and sinusoidal curves.
- Smooth, rounded terminals on each end to avoid snagging or marring workpieces.
Who it's for
An essential forming stake for professional silversmiths, bench jewellers, and metal artists in the UK. It is specifically designed for those undertaking anticlastic raising or creating jewellery and sculptures with complex wave-form profiles.
Specifications
- Material: Polished Steel
Free UK delivery · Same-day dispatch before 2pm · 30-day returns
Is this the right tool for you?
Best for
- UK professional silversmiths forming anticlastic jewellery
- Bench jewellers creating complex wave curves in sheet metal
- Metal artists sculpting sinusoidal forms in precious metals
Not for
- General metal shaping without specific anticlastic requirements
- Rough forming of base metals where surface finish is not critical
- Light-duty or occasional hobby use
How this compares
| Heavy Duty Polished Double... | Alternatives | |
|---|---|---|
| Material | Solid polished steel | Unpolished mild steel or cast iron |
| Working Surface | Highly polished to prevent marking precious metals | Unpolished or roughly ground, may mark delicate work |
| Profile Design | Double-ended sinusoidal for complex wave curves | Single-ended or basic curve, limited forming capabilities |
| Stability | Substantial central block for stable bench vice mounting | Lighter construction, less secure when forming |