The T Series Professional Fiber Laser Tube Cutting Machine is specially designed for high-efficiency and precise processing of round, square, and rectangular metal tubes. With its robust structure and optimized transmission system, it delivers stable operation, accurate cutting results, and reliable performance for continuous production. Equipped with an advanced control system and professional tube-cutting configuration, it ensures easy operation, high efficiency, and low maintenance. The T Series is an ideal solution for manufacturers seeking dependable tube processing with strong productivity and long-term value.
Laser power: 3-30 [kW]
Cutting range: φ120 — φ550
Maximum no-load speed: 60 [m/min]
Maximum Load: 2000 [kg]
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Precisely cut samples
| Model | DH-6012 | DH-6023 | DH-6035 | DH-12055 |
|---|---|---|---|---|
| Cutting range | φ120 | φ230 | φ350 | φ550 |
| Laser power | 3000-30000W | |||
| Repositioning accuracy | 0.05mm | |||
| Max. moving speed | 50m/min | 60m/min | ||
7 practical answers buyers care about: tube shapes, power selection, accuracy, automation, delivery, and after-sales support.
Our laser tube cutting machines are suitable for round tubes, square tubes, rectangular tubes, and many common metal profiles. Depending on the machine model and chuck configuration, they can also process special sections used in furniture, fitness equipment, construction, and metal fabrication industries.
The machine is commonly used for carbon steel, stainless steel, aluminum, galvanized steel, and other mainstream metal tubes. The final cutting result depends on tube material, wall thickness, laser power, assist gas, and parameter settings. We can recommend suitable configurations based on your actual processing requirements.
Model selection mainly depends on your maximum tube diameter, wall thickness, tube length, and profile type. If you share your common tube sizes and daily production needs, we can recommend a suitable machine model that balances processing capacity, investment cost, and long-term production efficiency.
The right power depends on your tube material, thickness, cutting speed requirements, and production volume. Lower power is suitable for general thin-wall tube cutting, while higher power is better for thicker materials and faster throughput. We usually recommend power based on your actual application rather than simply choosing the highest wattage.
Yes. A stable machine frame, precision transmission system, reliable chuck structure, and optimized control system all help maintain cutting accuracy and repeatability. Before shipment, we carry out machine testing and sample cutting to ensure stable performance and consistent cutting quality in real production conditions.
Yes. According to different production needs, we can provide manual, semi-automatic, or fully automatic tube loading solutions. Automation options help improve productivity, reduce labor intensity, and make the production process more efficient, especially for customers with large-volume tube processing requirements.
We provide installation guidance, operation training, technical support, and after-sales service for overseas customers. Our team can assist with machine commissioning, daily maintenance, troubleshooting, and spare parts supply, helping customers reduce downtime and keep tube cutting production running smoothly.
