








Heavy Duty Sheet Metal Brake For Carbon Steel Aluminum Copper, 0-135 Degree Pan And Box Style Bending Brake With 2, 3, 4 Inch Removable Fingers, Beast Metal Bender For Home Shop And Pro Workshop
✔️ 24in wide pan/box brake, 0-135° bending, removable 2in, 3in, 4in fingers
This heavy-duty sheet metal brake is built to form carbon steel, aluminum, and copper into precise panels. It’s a staple in home shops and pro workshops for making brackets, enclosures, ducts, and paneling.
âś… Maximum width capacity: 24 inches
âś… Bending range: 0-135 degrees
âś… Removable fingers: 2in, 3in, 4in
âś… Durable metal frame with wear and corrosion resistance
âś… Removable blade design for sectional bending safety and accuracy
đź’ˇ What is a heavy duty sheet metal brake used for in metalworking?
This handy tool is designed for precise bending of metal sheets in workshops and manufacturing settings. - handy for fabricating enclosures, brackets, ductwork, and panels - supports carbon steel, aluminum, and copper with consistent results - provides controlled 0-135° bending for clean, repeatable edgesProduct Information
Product Information
Shipping & Returns
Shipping & Returns
Description
✔️ 24in wide pan/box brake, 0-135° bending, removable 2in, 3in, 4in fingers
This heavy-duty sheet metal brake is built to form carbon steel, aluminum, and copper into precise panels. It’s a staple in home shops and pro workshops for making brackets, enclosures, ducts, and paneling.
âś… Maximum width capacity: 24 inches
âś… Bending range: 0-135 degrees
âś… Removable fingers: 2in, 3in, 4in
âś… Durable metal frame with wear and corrosion resistance
âś… Removable blade design for sectional bending safety and accuracy
đź’ˇ What is a heavy duty sheet metal brake used for in metalworking?
This handy tool is designed for precise bending of metal sheets in workshops and manufacturing settings. - handy for fabricating enclosures, brackets, ductwork, and panels - supports carbon steel, aluminum, and copper with consistent results - provides controlled 0-135° bending for clean, repeatable edges























