Automatic dual chuck
Supports complex profiles
High material utilization
Professional dual-chuck structure with automatic pneumatic clamping ensures high precision and stable tube positioning.
Equipped with an intelligent CNC system, the machine offers real-time monitoring and a fully enclosed cutting area for safe and efficient operation.
Supports a wide range of processing applications, including straight cutting, bevel cutting, hole drilling, and complex profile machining.
Advanced nesting software improves material utilization and reduces waste, helping you lower production costs.
Compatible with ultra-short tail cutting and overcutting functions to maximize material usage.
Clean cuts and accurate results for all tube shapes.
User-friendly CNC system, simple and efficient.
Zero tail cutting reduces waste and cost.
High-speed cutting improves productivity.
Suitable for various metals and industries.
Robust structure ensures long-term reliability.
Our laser tube cutting machine delivers clean, precise cuts across a wide range of tube types and profiles, including round tubes, square tubes, I-beams, angle steel, and customized shapes.
The machine is equipped with an advanced digital chuck system, designed for precise clamping and stable rotation of metal tubes during high-speed cutting.
Controlled by the CNC system, the chuck enables automatic centering and real-time adjustment, ensuring accurate positioning and consistent cutting quality across different tube sizes and shapes.
With its intelligent control and robust structure, the digital chuck significantly improves processing efficiency while reducing manual intervention.
Key Features:
1、Automatic Centering
Ensures precise alignment of tubes, improving cutting accuracy
2、High Clamping Force
Provides stable and secure holding during high-speed rotation
3、Full Digital Control
Integrated with CNC system for automated operation
4、Wide Compatibility
Suitable for round, square, and irregular tubes
5、High-Speed Rotation Stability
Maintains smooth operation even at high RPM
6、Reduced Manual Adjustment
Improves efficiency and lowers labor costs
Maximize Every Millimeter of Your Tube
When the equipment cuts the last piece of tail material, the cutting head rises to avoid it, the front chuck moves to the right, and the cutting head is at the left end of the front chuck, completing the cutting head overshoot and achieving overshoot cutting;
0 tail material, the shortest tail material in the single-chuck mode is 0mm.
This results in near-zero tail material, significantly improving raw material efficiency—especially for high-value metals.
Key Advantages:
1、Near Zero Tail Material
Minimizes leftover material, achieving maximum tube utilization
2、Cost Saving on Raw Materials
Reduces waste, especially beneficial for stainless steel and aluminum
3、Dual-Chuck Intelligent Coordination
Front and rear chucks move synchronously for precise end cutting
4、Higher Production Efficiency
Less manual intervention and fewer secondary operations
5、Ideal for Mass Production
Consistent performance with reduced material loss
Traditional Cutting vs Zero Tail Cutting
Traditional cutting: Tail material 80–120 mm
Zero tail cutting: Tail material ≤20 mm
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Compared to traditional lasers, fiber lasers offer higher photoelectric conversion efficiency, lower power consumption, and higher beam quality. They feature a modular design with an integrated, fully enclosed optical module. The output fiber has a small core diameter, excellent beam quality, and advantages such as high cutting efficiency, fast perforation, and strong welding capabilities.
Key Advantages：
1、Stable Continuous Output
Ensures consistent cutting performance without energy fluctuation
2、High Cutting Efficiency
Faster cutting speed, especially suitable for medium and thick metal sheets
3、 Superior Beam Quality
Produces smooth edges and reduces post-processing
4、 Energy Efficient
Up to 30%+ electro-optical efficiency, reducing operating costs
5、 Low Maintenance
Fiber transmission system eliminates complex optical path adjustment
This is a dedicated CNC system for laser cutting, developed based on EtherCAT bus technology. It provides motion control, laser control, and cutting gas control. It is easy to use, feature-rich, and stable and reliable. The software includes automatic nesting functions, as well as advanced features such as "seamless micro-connection," "invisible piercing," and "circular center finding," meeting various processing needs.
Key Features:
1、High-Precision Motion Control
Ensures accurate positioning and smooth cutting paths for superior results
2、User-Friendly Interface
Easy operation with clear layout, reducing training time for operators
3、Intelligent Path Optimization
Automatically optimizes cutting routes to improve efficiency and reduce waste
4、Multiple File Format Support
Compatible with DXF, AI, PLT and other common design formats
5、Real-Time Monitoring
Displays cutting status, parameters, and system alerts in real time
6、Stable and Reliable Performance
Industrial-grade system ensures long-term continuous operation
The laser head with automatic focusing function shortens perforation time, improves perforation quality and cutting speed. It is simple, convenient, and fast, with full-cycle water cooling around the focusing components. It allows for high-power cutting without heat or fog, enabling small-volume and long-duration cutting, significantly extending the lifespan of the cutting head.
Key Features:
1、Auto Focus System
Automatically adjusts focal length for different materials and thicknesses, improving cutting efficiency and quality
2、High-Speed Response
Optimized design allows fast piercing and cutting, increasing overall productivity
3、Anti-Collision Protection
Equipped with collision protection to reduce damage risk and maintenance cost
4、Sealed Structure Design
Effectively prevents dust contamination and extends service life
5、Stable and Precise Cutting
Ensures smooth edges with minimal burr, reducing secondary processing
Each machine undergoes precision alignment inspection using dial indicators, ensuring:
Accurate installation of guide rails
Perfect parallelism of motion system
Stable long-term operation
This process directly improves cutting accuracy and machine lifespan.
Each machine undergoes laser interferometer calibration to verify linear accuracy, positioning precision, and repeatability.
Compared with conventional measurement methods, this ensures:
Micron-level accuracy control
Perfect alignment of motion axes
Reliable performance for high-precision cutting applications
Every machine is calibrated before shipment
Item | Specifications |
Model | P6024/9024 |
Max. Moving Speed | 100 m/min |
Max. Rotation Speed | 100 RPM |
Max. Acceleration | 1.0 G |
Positioning Accuracy (X/Y) | ±0.05 mm/m |
Repeatability (X/Y) | ±0.03 mm |
Max. Loading Length | ≤ 6500 mm / 9500 mm |
Max. Single Tube Load | 260 kg (≤ 37 kg/m) |
Clamping Range (Round) | Round: ⌀10-⌀240mm； Square:□10-□240mm |
Wall Thickness Range | ≥0.8mm(Material dependent) |
Minimum Tailings | ≥50mm(Offside cutting mode) |
Overall Dimensions | Approx. 11500×2800×2750mm /14500×2800×2750mm |
Machine Weight | Approx. 8500 kg (Varies by configuration) |
Find answers to common questions about our laser machines, technical support, delivery, and services.
Tell us your tube type, material, and thickness — we’ll recommend the best machine for your needs
Professional Laser Equipment Manufacturer in China
No. 8, Hefeng Road, Zhongmu New District, Zhengzhou City, Henan Province, China
+(86)18038146361
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