3/4 Chucks Laser Tube Cutting Machine
TP12052F<12052F 4 chucks (side hanging) heavy-load laser tube cutting machine is a laser cutting processing equipment designed for bridges and ships, engineering machinery, power tower, assembly construction, tunnel traffic and other industries. With a new design concept, it meets customer demand for a variety of metal selectional materials processing, as well as the pursuit of high quality, high precision and high efficiency. A single machine can replace a small factory, bringing revolutionary production changes.

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Item |
Parameters | ||
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TP12052F |
LT12052F |
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CNC System |
FSCUT |
SIMENS |
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Specification |
Power |
3000W,6000W,12000W |
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Size |
30m×5.0m×3.6m |
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Weight |
Approx.50T |
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Material |
Type |
Carbon steel or stainless steel round tube, square tube, rectangular tube, elliptical tube, angle iron, channel steel, H-shaped steel, etc |
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Diameter |
Φ20mm-Φ406mm |
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Loading Capacity |
2200mm-12000mm |
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Unloading Capacity |
0-12000mm |
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Single Tube Max. Weight |
125Kg/m (1500Kg) |
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Operating Parameters |
Total Power (reference) |
180KW |
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Phase Number/ Power Supply Rating/ Voltage Frequency |
3/380V/50Hz, Voltage Fluctuation<10% |
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Working Air Source |
0.5-0.8MPa |
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Processing Area |
Working Area (machine tool) |
Y 0-13000mm X 0-800mm Z 0-350mm |
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C1/C2 Axis |
n*360° |
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Positioning Accuracy |
X/Y Positioning Accuracy |
±0.05mm/500mm |
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X/Y Repeat Positioning Accuracy |
±0.05mm |
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The Quad-Chuck Heavy-Duty Tube Laser Cutting Machine revolutionizes industrial metal fabrication with its robust four-chuck design, engineered to handle large-diameter, heavy, and long tubes (up to 660mm round tubes, 3,000kg single-tube capacity) with unparalleled stability. Equipped with a high-efficiency fiber laser source (1–12 kW power range), this machine delivers micron-level precision (±0.05mm) for complex cuts across materials like stainless steel, carbon steel, aluminum, and copper. Its semi-automatic loading/unloading system minimizes downtime, while the CNC-controlled 3D cutting head adapts focal length dynamically for optimal beam quality.

Products Remark:
1. If the material is covered with a PVC protective film, it must be removed. With PVC protective film will not only lead to poor processing, but also make the machinery corroded and does harm tn human heath due to the production of chlorine gas.
2. The diameter of chuck indicates the maximum section of the round tube that can be processed is Φ508mm, square tube 350mm*350mm. For other profiles (H steel, I steel, L steel etc.) or selectional materials with non-standard section, please confirm with HGLaser technicians.
Products Features:
Unmatched Stability & Material Efficiency
Four-Chuck System: Heavy-duty pneumatic chucks clamp tubes securely, eliminating deformation during cutting. Reverse cutting mode reduces tailings to ≤50mm, boosting material utilization by 15–20%.
Zero Tailing Solutions: Optional systems for near-zero material waste.
High Precision & Speed
Advanced Laser Head: Auto-focusing and capacitive height tracking ensure smooth, burr-free edges (±0.05mm accuracy).
75 m/min Cutting Speed: Japanese servo motors enable rapid processing, accelerating production cycles by 30%.
Automation & Safety
Semi-Auto Loading: Reduces manual intervention and accident risks.
Real-Time Monitoring: 21.5-inch touch screen with fault alerts (e.g., tube deviation, laser head collision).
Versatility in Complex Cuts
Multi-Axis Capability: Cuts intersecting holes, bevels (45°–90°), and 3D shapes (e.g., round tee junctions, oblique faces).
Software Integration: Dedicated nesting software supports instant CAD pattern generation and WIFI remote diagnostics.
Cost Efficiency
Reduced Secondary Processing: Clean cuts eliminate deburring/polishing needs, slashing labor costs.
Energy Savings: Fiber lasers offer 30% higher energy conversion vs. CO₂ lasers.




FAQ :
Q1: How does the four-chuck design improve cutting efficiency?
The quad-chuck system stabilizes long/heavy tubes during high-speed cuts, preventing slippage. Reverse cutting minimizes tailings, reducing material waste by up to 20%.
Q2: What materials and thicknesses can be processed?
Carbon steel (1–25mm), stainless steel (1–20mm), aluminum (1–15mm), and copper (1–12mm). Thickness capacity depends on laser power (e.g., 12kW cuts 25mm steel).
Q3: Is operator training required?
Yes. Suppliers provide English manuals, video tutorials, and on-site engineer training (3–5 days). The user-friendly interface simplifies parameter setting.
Q4: Can it cut non-round profiles (e.g., I-beams)?
Absolutely. The machine handles square, H-beams, oval, L-shaped, and I-beam profiles (up to 160×160mm) with specialized chucks.
Q5: What maintenance is needed?
Daily: Clean lenses/lubricate rails. Monthly: Gas line inspection. Annual: Servo motor calibration. Most parts (e.g., laser head) are modular for quick replacement.
Q6: Does it support power failure recovery?
Yes. Imported servo motors with absolute encoders enable "power-off restart" functionality.
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