Optimize Tube Processing Efficiency with the FH-12G Bending Pipe Straightening Machine

In modern manufacturing, precision and consistency are non-negotiable—especially in tube and pipe processing. The FH-12G Bending Pipe Straightening Machine is designed to solve one of the most common post-processing challenges: realigning deformed pipes after shrinkage or annealing.

Tailored for Post-Processing Excellence

Pipes often lose their shape due to thermal treatment or mechanical reduction. The FH-12G is engineered specifically for restoring straightness and uniformity, improving both visual appearance and structural reliability. This makes it an essential asset in industries like HVAC, automotive, furniture, and hydraulic tubing.

Wide Compatibility with Pipe Sizes and Lengths

This machine accommodates pipe diameters from 3–16mm and processes lengths from 200mm to infinity, making it highly adaptable for both short and long pipe products. Whether you're working with soft metals or harder alloys, the FH-12G can handle a broad range of materials with consistent results.

Precision Engineering for Smooth Results

Equipped with 10 to 16 groups of straightening rollers, the FH-12G applies even, calibrated pressure to correct bends without damaging the pipe surface. The speed is controlled via an inverter, allowing either adjustable or fixed-speed settings to match different production needs.

Efficient and Reliable Motor Power

Depending on your output and material type, the FH-12G is available in 1.1kW or 2.2kW motor configurations, delivering just the right balance of power and efficiency. Built for 24/7 industrial use, the motor and drive systems are durable, low-maintenance, and energy-conscious.

The FH-12G Bending Pipe Straightening Machine offers manufacturers a practical, high-precision solution to post-process pipe deformation. With its wide compatibility, adjustable speed, and multi-group roller system, it delivers reliable performance and consistent results, improving product quality and production efficiency.