10mm Rod Handle Bending Machine | Triangle Pulls
A rotary bending machine forms 10mm solid stainless rod into rounded triangle pull handles - straight rod batches in, matching mark-free handles out.
Key Specifications
- Materials
- 10 mm solid stainless steel round rod
Key Features
- Forms multi-bend triangle pull handles from solid 10 mm rod
- Rounded corners come off the wrap die with clean radii
- Red clamp blocks locate the rod for each repeat bend
- Straight rod stacked at the station feeds continuous batches
How Are Rounded Triangle Pull Handles Bent from 10 mm Solid Rod?
Short answer: Bend by bend on a rotary wrap die. This video shows a handle bending machine forming rounded triangle D-shape pulls from solid 10 mm stainless rod - straight stock is stacked at the station, each corner is wrapped around the die pin under red clamp blocks, and the finished handles nest together with matching radii.
What the Video Demonstrates
| Stage | Equipment | Result |
|---|---|---|
| Stock | Straight rods stacked at station | Continuous batch feeding |
| Feed | Manual insertion into clamp blocks | Rod located at each bend line |
| Form | Rotary wrap die, hydraulic stroke | Rounded corners with clean radii |
| Check | Handles nested in hand | Matching geometry part to part |
Key Applications
- Triangle and D-shape pull handles for doors and cabinets
- Solid stainless rod hardware with machined ends
- Batch production of multi-bend decorative handles
- Workshops replacing multi-fixture bending with one station
Rotary Wrap Bending vs. Press Bending Thick Rod
| Criterion | Press bending | Rotary wrap bending |
|---|---|---|
| Corner radius on 10 mm rod | Springback, ovaling | Consistent round radius |
| Rod end damage | Common at clamps | Ends stay clean |
| Multi-bend repeatability | Re-setup per bend | Same die, indexed bends |
| Batch nesting | Variable | Handles nest as shown |
FAQ
What rod size is bent in this video? Solid stainless steel round rod, 10 mm diameter, with machined ends.
How many bends are made per handle? The triangle pull is formed bend by bend at the same station - the rod is indexed between clamp blocks for each corner.
Can the machine handle other handle shapes? Yes - clamp blocks and die pins are changed to match other rod profiles, sizes and bend patterns on request.