Laser Tube Cutting Machine

YH-30_LCCP_36FSOF / YH-60_LCCP_36FSAFOF

Applicable materials and industry applications

This equipment is suitable for various metal tubes, such as carbon steel, stainless steel, aluminum, brass, and shaped tubes, offering versatile cutting applications.
Supports a variety of processing techniques, including cutting, punching, slotting, beveling, edge-sharing, intersection, text engraving, and pattern drawing to meet diverse production needs.
Widely used in industries such as automotive, aerospace, construction, elevators, and home appliances, especially suited for high-precision, large-scale manufacturing requirements.
Customizable design options are available to configure functions based on customer requirements, flexibly adapting to different production scenarios, and supporting fully automated or semi-automated loading systems to further enhance production efficiency.

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High-Speed Precision Multi-Process Laser Tube Cutting Machine

Stable Structure and High-Performance Design Integration

The machine bed undergoes rigorous welding and heat treatment, providing excellent stability and precision with no deformation during long-term operation.

1.6G High Acceleration to Boost Production Efficiency

With acceleration reaching 1.6G, this machine is 5-6 times more efficient than traditional tube cutting machines, making it suitable for high-speed mass production.

Optimized Design of the Auto-Focus Laser Head Structure

Optimized structural design, fully enclosed optical path, and almost zero chance of lens contamination.

Minimized Tail Material Waste to Save Production Costs

Tail material waste is reduced to only 60-75mm, significantly reducing material wastage and improving production efficiency.

High-Efficiency Cooling and Dust-Proof Technology to Protect Equipment

Highly dustproof, paired with an efficient water-cooling system that provides precise temperature control, preventing condensation damage to the lens and extending equipment life.

Intelligent Servo System with Precision Error Compensation Technology

The servo system supports real-time deviation compensation, reducing the need for strict tube clamping, and significantly enhancing piercing accuracy.

Flexible Fully Automatic and Semi-Automatic Loading System

Supports fully automatic, semi-automatic, and manual loading systems, flexibly meeting different production demands and improving production efficiency.

Multi-Functional and Customized Solution Integration

Supports multi-process cutting for various tube types: round tubes, square tubes, oval tubes, and special-shaped tubes, providing personalized production solutions.

High-Speed Precision Multi-Process Laser Tube Cutting Machine

Operation Demonstration

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Technical Parameters

Model	YH-30_LCCP_36FSOF	YH-60_LCCP_36FSAFOF
Tube Types	Round Tubes, Square Tubes
Tube Size (Round)	Φ8 ～Φ65 mm Φ16 ～Φ85 mm (AF)	Φ20 ～Φ350 mm
Tube Size (Square)	Φ10×10 -Φ60×60 mm Φ10×10 -Φ60×60 mm (AF)	Φ20×20 -Φ350×350 mm
Maximum Tube Length	6000 mm	4000 mm - 6000 mm 4000 mm - 6200 mm (Square Tubes)
Minimum Cutting Length	1 mm
Minimum Residual Material	40 mm - 60 mm
Positioning Accuracy	±0.05 mm
Maximum Acceleration	1.6 G
Total Power	1500W (220V_18KW) 2000W (220V_20KW) 3000W (380V_29KW)
Electrical Proportional Valve	Japan SMC
Servo Motor	Japan YASKAWA or equivalent
Guide Rail	Domestic brand (HIWIN/PMI/ABBA) or equivalent
Rack	Domestic rack (YYC, KH, APEX) or equivalent
Control System	Bochu Operating System (other systems optional)
Laser Head	Auto-focus/Manual focus
Standard Safety Devices	Laser alarm / Cutting alarm / Water cooling alarm / Gas low-pressure alarm / Automatic rail lubrication / Automatic dust removal
Cutting Gas	Oxygen / Nitrogen / Air (customer-supplied)
Screen Size	17 - 21 inches
WIFI Remote Function	Optional
Cooling System	Thermostatic chiller according to power configuration
Machine Dimensions LengthWidthHeight ±3% (mm)	11632 x 1265 x 2172 (Body adjusted based on chuck size)
Total Machine Weight ±15%	3000～4000 kg (Body adjusted based on chuck size)

Technical Supplementary Notes

No.	Details
1	The processed tube must be free from severe rust, as corrosion affects the cutting surface quality.
2	Tubes should not be stored outdoors. They must be placed flat and preferably oiled or wrapped for protection. Tube ends should be even, burr height ≤5 mm, and bundle length tolerance within 300 mm.
3	For welded tubes, the outer weld seam should be flat (≤3 mm high), and the inner weld seam height should not exceed 2 mm.
4	Tube twist and bend must comply with GB/T 6728-2002 “Cold-Formed Structural Hollow Sections – Dimensions, Shape, Weight, and Permissible Tolerances.”
5	Tubes must remain straight, with bending less than 1 mm per 1 m (4 mm per 10 m).
6	Twisting along the tube length must be less than 0.02% of its total length.
7	Outer diameter tolerance shall not exceed ±0.5% of the nominal size, minimum 0.2 mm, according to GB/T 17359-1998 (D4 tolerance grade).
8	When loading materials, ensure operator and equipment safety. Bundled tubes must be handled with a forklift by certified personnel. Use slow mode when approaching the feeding table.
9	Machining accuracy: based on material tolerance, positional deviation ≤ IT12, and profile deviation ≤ IT12.
10	The roughness of cut surfaces (0–6 mm thick) varies depending on material type and thickness.
11	Regular maintenance must be performed as instructed in the manual. Damage caused by neglected maintenance is not covered under warranty.
12	To ensure stable cutting quality and prevent deformation, tube thickness and diameter (max diagonal) should meet the following ratio: For Ø > 50 mm → 1/40 ≤ Thickness ≤ 1/10 of diameter For Ø ≤ 50 mm → 1 mm ≤ Thickness ≤ 1/10 of diameter Cutting quality cannot be guaranteed if bending exceeds tolerance.
13	Manual feeding length: 6,500 mm. For tubes < 20 mm in diameter or width, rigidity is insufficient—manual loading is recommended for stability.
14	Concave supports are designed for standard tubes with an outer diagonal < 160 mm.

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