3D Laser Hybrid Tube Cutting Machine

LX-F9

Multi-function Integration – Combines cutting, drilling, tapping, and marking in one machine, streamlining the process and improving efficiency.
Dual Chuck System – High-precision, high-speed pneumatic chucks ensure stable clamping and smooth rotation.
High-Speed Precision Cutting – Equipped with a world-class fiber laser and precision gear-rack drive for clean, accurate cuts.
Flexible Automation – Supports optional pneumatic or automatic loading and unloading systems.
Automatic Tool Change – Built-in tool magazine enables efficient, continuous operation for multiple processes.

Product Features

Multi-diameter thermal fusion drilling and tapping technology

Thermal drilling is a high-speed process using a specialized tungsten carbide tool. It generates temperatures of 650-750°C through friction, softening the metal locally. As the drill penetrates, it forms a bushing 3-4 times thicker than the original material in just 2-6 seconds. This bushing can be used for threading, strengthening connections, or creating supports and branches, making it an efficient technique for producing strong, functional holes in thin-walled materials without material removal.

Four-in-one functionality

A single tube processing machine integrates cutting, thermal drilling, tapping, and marking operations. This all-in-one processing approach reduces steps, minimizes labor, significantly shortens processing time, and enhances production efficiency

Precision Chuck System

The chuck is a 90 mm full-stroke pneumatic chuck with a built-in cylinder for easy installation. Clamping and releasing are achieved through side air intake. It can hold pipes across the full applicable range, significantly improving production efficiency. The four-jaw guiding mechanism adopts a rail-driven structure, ensuring excellent linearity and stability of the jaws. Each pipe can bear up to 30 kg, with a repeat positioning accuracy of ±0.05 mm and a maximum rotation speed of 150 r/min. During tail cutting, the rear chuck can move to avoid interference with the front chuck. Depending on the rear chuck’s clamping position, the laser cutting tail length can be controlled within 30–50 mm.

Advanced Customized Control System

The system is developed based on Windows and is compatible with EtherCAT bus technology, offering high reliability, superior performance, intelligence, and network integration. It features high cutting precision, fast cutting speed, minimal waste, and high efficiency