Tubing Die 1-3/4in X 6in Round Tube 120 Degree

The Tubing Die 1-3/4in X 6in Round Tube 120 Degree by Woodward Fab is a precision bending die engineered for fabricators, armorers, and metal workers who demand repeatability and accuracy in tube forming operations. This die set is purpose-built for operators working with 1-3/4 inch outer diameter tubing, delivering the 120-degree bend radius geometry required for structural components, custom frames, and tactical equipment builds. Whether you're fabricating custom rifle stocks, vehicle components, or structural assemblies, this Woodward tubing die provides the mechanical leverage and steel construction necessary for professional-grade results.

The die features a 6-inch radius geometry that determines bend consistency and internal stress distribution in the tube material, critical factors in load-bearing fabrication work. Constructed from hardened steel, the die shoe and roller components withstand repeated forming cycles without deformation, maintaining dimensional accuracy across production runs. The 120-degree included angle geometry is matched to standard tubing bender equipment, allowing seamless integration into existing shop setups without adapter modifications. At 30.85 pounds, the die system delivers substantial mass and inertia needed for stable bending under pressure, reducing vibration and producing clean, concentric bends without flattening or kinking.

This Woodward tubing bender die set is essential for armorers building custom upper receivers and chassis systems, fabrication shops producing structural tube assemblies, and military/law enforcement equipment manufacturers requiring repeatable bend geometry. The 1-3/4 inch OD specification covers common structural tubing sizes used in tactical frames, gun stands, and equipment mounts. Proper setup requires mounting to a compatible Woodward tubing bender unit and verifying alignment before initial use; operators should reference the bender's manual for die installation sequence and pressure settings specific to material type and wall thickness.