Leading manufacturers of tube‑bending machinery known for reliability, precision, and long service life. Common in automotive, aerospace, furniture, and general fabrication industries.  

Popular models of manual, semi‑automatic, or fully automatic tube‑bending machines used for production bending, prototyping, and small‑batch manufacturing.

A machine that bends tube using programmed sequences, allowing repeatable, high‑accuracy bends with minimal operator input.

Computer‑controlled bending machine capable of complex multi‑plane bends, tight tolerances, and high‑volume production.

A bending method where the tube is compressed around a form to create the bend. Ideal for simple bends and high‑speed production.

A machine with two bending heads for producing symmetrical or mirrored bends in a single cycle.

Custom‑built equipment designed for unique or non‑standard tube‑processing applications.

The main tool that shapes the tube during bending. Determines bend radius and accuracy.

Holds the tube firmly against the bend die to prevent slipping during the bend.

Supports the tube as it moves through the bend, reducing distortion and flattening.

Prevents wrinkles on the inside of the bend, especially important for tight radii or thin‑wall tube.

A support rod inserted into the tube to maintain shape and prevent collapse during bending.

A support rod inserted into the tube to maintain shape and prevent collapse during bending.

General term for all dies, mandrels, and accessories used to achieve accurate, repeatable bends.

Forming tube into curved shapes using dies, pressure, and controlled movement.

Creating holes or slots in tube using mechanical or hydraulic punching systems.

Cutting a shaped profile into the tube end to allow joining, welding, or assembly.

Reducing or expanding the tube diameter using force and forming dies.

Shaping the tube end (flare, bead, reduce, expand) for connection, sealing, or assembly.

Similar to tube bending but typically applied to thicker‑wall pipe used in structural or fluid‑handling applications.

Unexpected machine failures requiring urgent diagnosis and repair.

Mechanical, hydraulic, or electrical work to restore machinery to full working condition.

Upgrading old or obsolete control systems with modern, reliable CNC or PLC‑based units to improve performance and extend machine life.

General support including maintenance, calibration, installation, commissioning, and operator training.