Power Forge & Workshop
30 ml Round‑Forming Die Set – 48 mm Ø
30 ml Round‑Forming Die Set – 48 mm Ø
Low stock: 1 left
Lead Time ~ 1-2 weeks
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Forge hemispherical blanks, scoops, and shallow bowls. This precision‑matched die pair lets blacksmiths shape heated steel or cold‑work softer alloys into smooth, uniform curves—ideal for functional art, culinary tools, and custom hardware.
Details
The Bottom Die – A solid convex hemisphere milled to a 48 mm diameter, delivering a 30 ml cavity. Its smooth curvature distributes pressure evenly across the workpiece.
The Top Die – A matching concave counterpart that nests precisely over the bottom die. When the fly press closes, the two surfaces meet at a single point, forcing the metal into a hemispherical profile.
Key Benefits
- Versatile Material Compatibility – Hot‑forge carbon steel, stainless, and tool steels, as well as cold‑form aluminum, brass, and copper.
- Consistent Thickness – Produces scoops and shallow bowls from a 50 mm (2 in) blank with a wall thickness of about 1 mm (0.04 in), ensuring lightweight yet sturdy parts.
- Rapid Production – One press cycle yields a finished shape, cutting down on hand‑finishing time. (Results may vary)
- Finish – CNC‑machined and sanded smooth post heat treat. Hardened and tempered to ~ 45-50 HRC
Suggested Uses
- Hand‑crafted kitchen utensils (spoons, ladles, etc.)
- Small decorative bowls or candle holders
- Prototype components for custom hardware
- Educational demonstrations of metal flow and deformation
Technical Specs
- Bottom Die
- Diameter: 48 mm (≈ 1.89 in)
- Cavity volume: 30 ml (≈ 30 cm³)
- 1" Hardie - Compatibility: Standard 1" Fly‑Fress Hardie Base; adaptable to larger presses with an adapter plate
- Top Die
- Profile matching bottom die
- 1" Round Shank for PWRForge Tool Holders
- Material:
- Hardened tool steel (HRC ≈ 50) with a sanded surface finish
- Hardened tool steel (HRC ≈ 50) with a sanded surface finish
Add the Round‑Forming Die Set to your cart today and unlock new possibilities in metal shaping—whether you’re forging a functional piece or experimenting with form.
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