Ultra-Large Cutting Range
Featuring the square-round structure chuck, the M Series allows the cutting of round tubes with a maximum diameter equal to the maximum side length of square tubes, offering users more flexible processing options.

Tube Laser Cutting Machine
The table below is derived from Bodor’s public product page. For binding data, refer to the manufacturer’s specification.
| Parameter | Value |
|---|---|
| Laser power | 3-12 kW |
| Working area | Tube length up to 12500 mm |
| Max positioning speed | 130 m/min |
M5's 4-chuck mechanism enables hands-free, high-precision cutting with no manual intervention. This creates a secure, cost-efficient operating environment and reduces labor expenses.
Handle demanding tube-cutting tasks with ease. M5 supports diameters up to 530 mm, making it ideal for heavy-duty processing and diverse industrial needs.
Minimize waste from the start. M5 maximizes material utilization in operation, reducing scrap and improving cost-effectiveness.
The M Series completely revolutionizes the process and efficiency. When cutting tubes, it can simultaneously initiate a new round of loading or finish the previous unloading, bringing an unprecedentedly efficient and smooth processing experience.



The M Series is a groundbreaking innovation product in the industry, ushering in the new era of four chucks.
With the four-chuck structure, when cutting the last section of any length of the tube, it can move the material forward or backward, truly achieving no waste material cutting.

According to different working conditions, the four chucks achieve intelligent pairing and automatically switch processing modes, perfectly adapting to any processing scenario to ensure optimal processing results.

*The M3 model is shown in the picture.Featuring the square-round structure chuck, the M Series allows the cutting of round tubes with a maximum diameter equal to the maximum side length of square tubes, offering users more flexible processing options.

Self-developed servo-following sensors and path avoidance algorithms can accurately sense obstacles in the position changes of the tube edges, and plan the obstacle avoidance route in advance to reduce the risk of laser head collision significantly.

Equipped with a high-sensitivity ultra-clear camera and AI self-learning function, it precisely identifies weld seam positions, enabling cutting avoidance.

Complete the form and our team will contact you about machine selection and pricing.