Manual Tube & Pipe Bende r Up To 2in Diameter

The Woodward Fab manual tube and pipe bender up to 2in diameter is a professional-grade fabrication tool designed for metalworkers, fabricators, and technicians who need precise, repeatable bending control in the field or shop. Whether you're constructing exhaust systems, roll cages, custom frames, or structural components, this ratchet-driven bender eliminates guesswork and delivers consistent results across round tubing applications. The tool serves a critical function in both tactical equipment manufacturing and general metal fabrication where accuracy and durability directly impact safety and performance.

This manual tube and pipe bender accommodates round tubing from 3/4 inch to 2 inch diameter with wall thickness up to 1/8 inch, delivering the versatility required for diverse bending tasks without requiring multiple tools. The included degree ring and pointer enable precise angle measurement and repeatability—critical when fabricating symmetrical components or matching existing bends. Constructed from steel with black oxide finish, the bender resists corrosion and wear while the ratchet mechanism provides mechanical advantage, reducing operator fatigue during extended use. At 57.2 pounds with compact dimensions of 19 x 9 x 25 inches, the unit balances substantial construction strength with practical portability between job sites.

Fabricators working on custom vehicle frames, tactical equipment modifications, and structural repairs will find this manual tube and pipe bender indispensable for eliminating costly mistakes and rework. The degree ring and pointer system ensures consistent bending angles across production runs, making it equally valuable for single-build projects and small-batch manufacturing. Proper setup on a stable work surface and use with appropriate material support—particularly for thicker-wall tubing—maximizes accuracy and extends tool life. This bender is an investment in precision that pays dividends across countless applications where metal fabrication quality directly influences end-user safety and performance.