
- Round Tube Cutting & Intersecting Lines: Processes complex intersecting contours (fish-mouth joints) for precise tube-to-tube welding without manual layout or grinding.
Applications
Integrating Multi-Step Tube & Structural Profile Processing into a Single Setup
Metal tubes and profiles are fundamental structural components across machinery frames, vehicle chassis, furniture, architectural steel, sports equipment, and industrial piping. Traditional tube fabrication involves fragmented steps: sawing, drilling, punching, milling, beveling, layout marking, and manual deburring. Fiber laser tube cutting machines revolutionize this workflow by combining cutting, hole punching, slotting, miter cuts, intersecting lines, and joint prep in a single CNC setup.





| Configuration | Key Structural Features | Target Applications & Advantages |
| Dual-Chuck Systems | Two rotating chucks for clamping and feeding tubes. | Standard round, square, and rectangular tubes for furniture, racks, vehicle parts, and light machinery. |
| Triple-Chuck Systems | Three synchronized moving chucks supporting front, middle, and rear. | Heavy, long, or thick-walled structural tubes. Prevents tube sagging/vibration and enables near-zero tailing waste (e.g., Tailift ATC-6020L). |
| Automatic Bundle Feeders | Automated bundle loading, separation, and feeding rack. | High-volume batch production (e.g., Tailift AT6012F). Minimizes idle operator loading time for multi-shift operation. |
| Follow-up Supports & Unloading | Dynamic height-adjusting support rollers and auto sorters. | Protects long or delicate stainless/aluminum tubes from scratching or sagging upon cut completion. |

By incorporating tab-and-slot joints, asymmetrical error-proofing cutouts, self-locating bend notches, and pre-cut weld bevels directly onto the raw tubes, downstream assembly transforms into a "puzzle-like" snap-fit process. This dramatically reduces welding fixture reliance, eliminates manual measuring errors, and prepares factories for robotic automated welding.
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