Sheet Metal Roller, 2-Station Metal Bender for Roofing and Fabrication

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• Roofing & Sheet Metal Edge Forming Applications: Built as a professional sheet metal bender and 2-station sheet metal roller for standing seam roofing, mechanical seam panels, roof flashing, eave edge work, trim forming, seam forming, and roof panel bending on the jobsite. A practical addition to metal roofing tools for roofers, contractors, and sheet metal fabricators who need controlled edge forming without a large shop brake.
• Helps Protect Painted Panels: Angled rollers and an oblique bearing design help this metal bending tool maintain smoother contact through gradual 0-100° bending while helping reduce scratches on painted or finished sheet metal, including 90° bends where coating damage is common with basic hand forming methods.
• Clean Long Bends with Better Control: Dual roller stations guide this metal bender along the sheet edge for cleaner long-distance bends and less drifting than basic hand forming. The depth scale and adjustable center station support repeatable bend setup from 7-180 mm.
• Jobsite-Ready for One-Person Use: Portable enough for field installation and sturdy enough for repeated roofing and sheet metal work. The handheld metal bender tool allows one installer to form panel edges, flashing, trim, and eave edges without moving material to a large shop brake.
• Contractor-Grade Metal Construction: CNC-machined aluminum alloy main frame, high-strength carbon steel guide rods, stainless steel rollers, and easy-lock triple-wing knobs deliver contractor-grade durability for repeated field use. Designed for compatible thin sheet materials, including 24 ga steel, 26 ga stainless steel, 0.040 in aluminum, 20 oz copper, and 1 mm zinc. Always test on scrap material first to confirm fit and forming results.
• Best Results with Gradual Passes: Start with a straight sheet edge, apply steady pressure, and increase the bend angle in 10-20° passes. For a 90° bend, move the roller bender back and forth in approximately 5-8 passes instead of forcing the full bend in one motion to help reduce wrinkling and achieve smoother edge forming.