Triple Head 180? Tube Bender - Imperial

The Imperial 470-FH Triple Head 180° Tube Bender is an essential tool engineered for professional technicians and mechanics requiring precise bends in automotive and industrial tubing. Featuring an innovative Roto-Lok action, this bender allows for efficient two-stage bending up to 180 degrees, providing superior control and reducing the effort required for complex fabrications. Its robust design ensures accurate and consistent results for a variety of applications.

Key Features

• Triple Head Roto-Lok Action: Facilitates sequential 90-degree bends by rotating and locking into position, enabling smooth 180-degree bends without crossing handles or repositioning the tool.
• Patented Quick-Action Indexing Lever: Allows for effortless repositioning of the two-stage handle midway through a bend, ensuring continuous operation and reduced physical strain.
• Multi-Size Tubing Capability: Designed to bend 3/16", 1/4", 5/16", and 3/8" O.D. tubing, covering common sizes found in vehicle and industrial systems.
• Calibrated Markings: Provides clear, precise markings for creating accurate left-hand, right-hand, and offset bends, ensuring consistent and professional results.
• Optimized Bending Radius: Engineered to deliver the ideal bending radius for each tubing size, which minimizes tube distortion and maintains material integrity.
• Lightweight, Die-Cast Aluminum Construction: Offers professional-grade durability without excessive weight, enhancing maneuverability and reducing user fatigue during extended use. This tool was recognized with the Motor Magazine Top 20 Tools Award in 2005.

Applications

The Imperial 470-FH Tube Bender is a versatile solution for professional environments, ideal for custom fabrication, repair, and installation of critical fluid lines. It is perfectly suited for automotive applications such as creating and repairing brake lines, fuel lines, and small hydraulic lines. In industrial settings, it excels at forming refrigeration lines, HVAC tubing, and other small-diameter fluid transfer systems where precise, tight bends are necessary to navigate complex layouts and confined spaces.