| Brand Name: | Mingzhou |
| Model Number: | M12-Y |
| MOQ: | 1 Piece |
| Price: | USD10000~30000 |
| Packaging Details: | Wooden Case, Pallet, Carton, Plastic Paper |
| Payment Terms: | By T/T |
The Craftsmanship M Series M12 CNC metal tube laser cutting machine is equipped with a high-precision chuck system that reduces tailing waste to as little as 80 mm, greatly improving raw material utilization and effectively lowering overall production costs.
With a standard semi-automatic feeding system, the machine ensures stable and continuous processing performance. It is well suited for small to medium batch production, as well as customized and diversified metal tube fabrication needs.
Featuring a compact, lightweight structure combined with an intuitive drawing-free control system and reliable long-term operation, the M12 laser tube cutting machine delivers excellent efficiency and value across a wide range of metal pipe and profile processing applications.
The improved front chuck supports fully automatic tube clamping, eliminating repeated manual adjustments and greatly enhancing operational convenience as well as overall production efficiency.
Capable of handling tube diameters up to 120 mm, the machine is compatible with round tubes, square tubes, channel steel, angle steel, and various custom profiles, providing strong adaptability for diverse metal fabrication requirements.
Equipped with an upgraded smart control platform, the system removes the need for complex CAD programming. Its intuitive interface and integrated functions allow operators to start quickly, even without professional drawing experience.
With a cost-effective equipment investment and stable cutting performance, this machine helps manufacturers reduce operational costs and achieve a faster return on investment.
Its lightweight and compact structure allows for easy transportation and flexible installation, making it suitable for workshops, fabrication plants, construction sites, and mobile processing environments.
Designed for high-precision cutting of stainless steel, carbon steel, iron, aluminum alloy, and other metal tubes and profiles, ensuring consistent cutting quality and efficient production output.
This machine is widely used in the production of railings, storage racks, security fences, stair handrails, bathroom accessories, construction components, and a wide variety of metal fabrication products.
| Warranty | 12 Months |
| Beam Quality | 1.1m2 |
| Acceleration | 2.0G |
| Tolerance | ±0.02mm |
| Application | Metal Pipe Cutting |
| Environment Temperature | 5—35 °C |
| Laser Generator | BWT Or RECI Or MAX Or RAYCUS |
| Cutting Accuracy | ±0.02mm |
| Effective Cutting Length | <6000mm |
| Powersupply | 380V, 50Hz, 3-phase |
We offer worldwide 24/7/365 after-sales support throughout the entire machine lifecycle. Our dedicated service team provides rapid remote troubleshooting, on-site maintenance, and a reliable supply of genuine spare parts, effectively reducing downtime and ensuring uninterrupted production operations.
As a professional manufacturer with decades of experience in tube laser cutting R&D and production, our M Series machines are designed for efficient metal pipe processing. The ultra-short tail structure greatly reduces material waste, while intelligent cutting algorithms enhance productivity and improve overall profitability.
Powered by high-performance fiber laser systems, the machine delivers fast cutting speed, stable long-term operation, and strong processing flexibility. It can easily handle complex cutting tasks for round, square, and irregular metal profiles with consistent precision.
Each machine is subject to strict quality control procedures, from raw material inspection through to final performance testing, fully aligned with international manufacturing standards. This ensures long-lasting durability, stable operation, and high-precision cutting results.
Integrated smart control software and high-precision cutting technology eliminate the need for complex CAD programming. Even operators without prior experience can quickly learn the system, improving production efficiency, simplifying workflow, and reducing overall manufacturing costs.
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