2placetools
2PlaceTools 2-Station Sheet Metal Bending Roller
2PlaceTools 2-Station Sheet Metal Bending Roller
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More contact. More control. Cleaner bends.
The 2PlaceTools 2-Station Sheet Metal Bending Roller is a portable, hand-operated forming tool designed for controlled bending of compatible sheet metal on the job or in the workshop.
Its dual-station roller configuration provides two points of contact across the material, helping keep the tool stable as it travels along the sheet. This makes it a practical option for roofers, sheet metal workers, fabricators, and tradespeople who need to form consistent edges without relying on a full-size bending machine.
At approximately 3.4kg, the solid metal construction provides useful weight and stability while remaining portable enough to move between jobs.
Key Features
• Dual-station roller configuration
• Manual operation with no electricity required
• Designed for controlled sheet metal bending
• Solid metal construction
• Portable design for workshop and onsite use
• Two stations provide additional stability while forming material
• Suitable for progressive bending across longer sheet edges
• Simple mechanical design with no complicated setup
Built for the Trade
Whether you're forming roofing material, flashing, sheet edges, or carrying out general fabrication work, the 2-station design gives you a practical way to work progressively along compatible sheet metal.
Instead of forcing the final angle immediately, multiple controlled passes can be used to gradually develop the required bend and reduce the risk of unwanted deformation.
Specifications
Product: Sheet Metal Bending Tool
Version: 2-Station
Product Number: FC6012
Operation: Hand Operated
Material: Metal
Gross Weight: Approx. 3.4kg
Package Includes
1 × 2-Station Sheet Metal Bending Roller
Important: Always use appropriate PPE when handling or forming sheet metal, including suitable gloves and eye protection. Sheet metal edges can be extremely sharp. Suitability and bending performance depend on the material, thickness, hardness, and application.
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