3D Beveling High-Speed Laser Tube Cutting Machine-V12PRO

High-speed Cutting with Outstanding Performance

Boasting a maximum acceleration of 2G, a maximum chuck idle speed of 150m/min, and a maximum chuck rotation speed of 200r/min, the high-speed configuration delivers a leap-forward improvement in production efficiency and provides strong support for high-efficiency production

Front Chuck Displacement, Enhanced Performance

The servo-driven front chuck moves to position the laser head between the front and rear chucks during cutting. This setup ensures high precision for long workpieces and guarantees consistent end-product quality for our customers.

Intelligent No-Drawing Function, One-Click Processing

The built-in drawing-free operating system requires no manual drafting. Simply enter relevant parameters, and the system automatically generates 3D models, enabling one-click efficient processing tailored for industries such as guardrail manufacturing

±50° Bevel Cutting & Seamless Splicing

It enables ±50° bevel cutting of tubes. With the cutting nozzle located at the rotation center, higher cutting accuracy is achieved. There is no need for repeated tube feeding, preventing deformation of thin-walled tubes caused by repeated clamping and pulling, thus ensuring higher precision in small-diameter bevel cutting. It supports splicing of tubes at any angle, improving welding efficiency by 30%

Ultra-Short Remnant, Every Millimeter Counts

With a minimum remnant length of just 35mm, it significantly improves overall material utilization, effectively reduces costs, minimizes waste generation, and maximizes material value—providing solid support for enterprises in lowering costs and enhancing efficiency

Dual-Zone Intelligent Following, Unwavering Stability

The system features roller following support in the loading zone and tilting following support in the unloading zone. Servo-based intelligent control ensures dynamic support throughout the entire tube processing cycle, guaranteeing consistently high machining accuracy.