Magnum 50 Inch Magnetic Sheet Metal Bending Brake (EB1250)

Bend complex shapes and enclosed boxes that are impossible on standard mechanical brakes. The Magnum MAG-EB1250 uses a powerful 6-ton electromagnet to clamp material, eliminating the need for bulky upper beams and fingers. This open-throat design allows for unlimited box depth and the ability to fold return bends and deep channels with extreme precision.

Features

• Electromagnetic clamping - provides up to 6 tons of force for secure, non-slip bending across the full 1250mm width.
• Unlimited box depth - because the clamping bar is a separate piece, you aren't limited by machine geometry.
• Safety interlock system - requires a two-handled start for pre-clamping to protect fingers before full force is applied.
• Foot switch control - allows the operator to initiate clamping while keeping hands on the workpiece for alignment.
• Bending stop - included for repeatable, accurate production of identical angles.

Specifications

• Max Bending Length: 50" (1250 mm)
• Max Thickness (Mild Steel): 16 Gauge (1.6 mm)
• Clamping Force: 6 Tons
• Duty Cycle: 30%
• Nominal Current: 6 Amp
• Thermal Protection: 158°F (70°C) cut-out
• Net Weight: 408 lbs (185 kg)
• Supplier Part Number: 373403
• KMS Product Code: MAG-EB1250

Common Shop Applications

• Folding enclosed electrical boxes and deep pans.
• Creating complex return bends and stiffening ribs in sheet metal.

Includes

• Standard full-length clamping bar.
• Foot switch.
• Multiple finger lengths for custom box widths.

Recommended Shop Add-Ons

• Don't forget: Digital Angle Gauge - provides instant verification of your bend angle.
• Our fabrication experts suggest: Cleaning Stone - keeps the magnetic bed free of debris for a stronger clamp.

Q: Does this require a special electrical circuit? A: It runs on a standard nominal current of 6 Amps, but ensure your circuit can handle the surge during full clamping.

Q: Can I improvise my own clamping bars? A: Yes, you can use any piece of mild steel to create custom shapes for unique folding requirements.