Automatic 6m 9m CNC Fiber Laser Cutting Machine For Pipes Aluminum Tubes 160mm Diameter Stainless Steel Metal Tube Laser Cutter

Product Description

Product Description
Product Description Image
Product Parameters
Pipe diameter(maximum outer diameter) Round pipes: φ13 - φ160
Square pipes: 13*13 - 160*160
Other tube types: Maximum outer diameter ≤160 (manual)
mm
Loading pipe length 4500-7000 mm
Machine tool repeat positioning accuracy ±0.03 mm
Maximum rotation speed 120 R/min
Acceleration 10000 mm/s²
Chuck load capacity 200 KG
Main machine dimensions (L×W×H) 4757*1500*2332 mm
Laser Cutting Industry Challenges
01 Dual pressures on welding quality and cost
02 Insufficient adaptability for processing multiple materials and multiple tube types
03 Clamping efficiency and precision affect the stability of mass production
04 It is difficult to balance processing precision and production line efficiency
05 Delayed after-sales response affects the continuity of production lines
Laser Cutting Challenges
Product Advantage
±45° precise bevel cutting
Say goodbye to welding weaknesses and rough joints. The ±45° beveled laser cutting ensures pipe joints are as strong as a single piece, enhancing product quality and lifespan. At the same time, it saves materials and reduces processing steps, making it a reliable choice for cutting costs and boosting efficiency.
Bevel Cutting
Servo high-precision chuck, stable clamping of various tube types
The intelligent clamping force control of the high-precision servo chuck can prevent deformation caused by steel pipe extrusion, thereby ensuring the dimensional accuracy and appearance integrity of the furniture frame, while also reducing the defect rate caused by deformation.
Servo Chuck
Zero Tailings Cutting Function
The cost of raw materials for pipe processing accounts for a large proportion. The zero tailings pipe cutting machine can maximize pipe material utilization and avoid waste caused by materials being too short in traditional cutting methods. This technology can directly reduce raw material procurement costs.
Zero Tailings Cutting
Precise Focusing, Efficient Cutting
Automotive manufacturing pipe parts – like carbon steel frames, stainless steel exhaust pipes, and alloy steel high-strength brackets – come in shapes (round, square, special-shaped) and thicknesses (several to over ten millimeters). The LPC-A16-C pipe cutting and beveling machine’s cutting head supports a ±30mm focus adjustment range, enabling precise focus positioning for different tube thicknesses and materials.
Precise Focusing
Application Fields
The T16 pipe cutting and beveling machine has four major advantages: comprehensive material coverage, compatibility with multiple pipe types, optimized process efficiency, and stable precision assurance. It has become an effective solution for pipe processing in various fields such as automotive manufacturing, achieving the goals of reducing costs, improving efficiency, and ensuring quality across different industries.
Application Fields Showcase
Professional bevel cutting technology, high cutting precision, and smooth pipe ends with minimal burrs. Whether it is round pipes, square pipes, or special-shaped pipes, all can be processed accurately, achieving seamless fitting of components, facilitating efficient assembly, reducing processing steps, and meeting diverse industrial production needs.
Precision End Cutting
Application Grid 1 Application Grid 2 Application Grid 3
Packing & Delivery
Packing Delivery
FAQ
FAQ Support
Q1. What are the consumables for laser tube cutting machines? Is it easy to purchase?
Nozzle, protective lens, ceramic ring. These are common consumables and standard accessories can be purchased on the market.
Q2. What kind of pipes can the laser tube cutting machine cut?
Iron, carbon steel, stainless steel, brass, aluminum, galvanized and other metal pipes, but copper and aluminum require increased laser generator power.
Q3. What is the system of laser tube cutting machine?
It is our self-developed bus cutting system, which has faster data transmission and exchange, stronger equipment synchronization and more stable.
Q4. How long does after-sales debugging usually take?
The fastest is one or two days, until you learn everything. The longest is three days, excluding drawing training. The company regularly provides free drawing and operation training videos.
Q5. What is the repeat positioning accuracy of the machine tool?
The machine tool features a repeat positioning accuracy of ±0.03 mm, ensuring precise cutting performance for stable and high-quality mass production.
Q6. What pipe dimensions and shapes can the system support?
It supports round pipes (φ13 - φ160 mm), square pipes (13*13 - 160*160 mm), and other special-shaped tubes with a maximum outer diameter ≤160 mm (manual mode).

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