Laser Tube Cutting Machine
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Laser cutting system for metal tubes and profiles processing
Laser cutting system for metal tubes and profiles processing
Our laser tube cutting machine is expertly designed for precision cutting of pipes and profiles, including channel steel. It is predominantly utilized in applications such as hardware pipe fabrication, steel pipe drilling, precision cutting for printing applications, bending and cutting of structural square tubing, as well as cutting of kitchen water pipes and automotive exhaust pipes. Available laser power options range from 1000W to 30000W, allowing for customization based on specific operational requirements. The machine accommodates diameters ranging from 20mm to 460mm and supports cutting lengths from 3000mm to 6000mm, providing flexibility for various project sizes.
- Features
- Specifications
- Examples
- Components
Features
- Precise Cutting
Our laser tube cutting machine employs advanced laser technology combined with precision motion control systems to achieve unparalleled cutting accuracy. - Better Edge Quality
The machine's sophisticated control algorithms and beam shaping capabilities result in clean, smooth edges with minimal burrs, enhancing the overall quality of your finished products. - High Repeatability
Our laser tube cutting machine is equipped with state-of-the-art positioning systems and feedback mechanisms that ensure precise repeatability of cutting parameters. - Operational Flexibility
The customizable settings, intuitive user interface, and compatibility with a wide range of materials enable you to tackle diverse cutting tasks with ease, optimizing your manufacturing workflow. - Low Maintenance
Utilizing robust components and smart diagnostic features, the machine requires minimal maintenance interventions, reducing overall downtime and ensuring maximum productivity.
Specifications
| Working area | Round tube 6500×Ø640mm Square tube |
| X axis stroke | 6550mm |
| Y axis stroke | 350mm |
| Z axis stroke | 240mm |
| Positioning accuracy of X/Y axis | ±0.03mm/m |
| Repositioning accuracy of X/Y axis | ±0.02mm |
| Max. speed of X/Y axis | 80m/min |
| Rotation precision | ±0.03mm |
| Tube diameter | Ø20-460mm |
| Tube Length | 300-6500mm |
| Max. loading weight | 1500kg |
| Machine weight | 9000kg |
Examples of Metal Parts
Components
- Control panel
- Automatic chuck
- Tube support
- Cutting head
- Industrial water cooler
- Servo motor
- Topsinn Filter System
- HIWIN guide rail, gear rack transmission system improve cutting speed
Cypcut software
- Air pressure calibration: Adjusts air pressure accurately.
- Multistage punch: Has multiple punching levels.
- Laser energy control: Manages the intensity of laser energy.
- Adaptive edge search: Automatically finds the cutting edges.
- Leapfrog function: Jumps between different positions.
- Automatic corner acceleration and deceleration: Speeds up or slows down at corners automatically.
- Fly-cutting: Smoothly cuts without stopping.
- Mechanical precision compensation: Adjusts for mechanical imperfections accurately.
Optional Configurations
Laser generator
- IPG Laser
- Raycus Laser
- Max Laser
Laser head
- Precitec cutting head
- Raytool cutting head
- WSX cutting head
RZMT Tube Laser Cutting Machine Manufacturers Production Process
- Each machine tool undergoes meticulous welding and splicing processes to enhance structural integrity and durability.
- High-temperature heat treatment is applied to every steel plate welding machine tool to relieve stress, ensuring long-term stability.
- Following the annealing process, machine tools undergo precision finishing through gantry center milling for optimal performance.
- Rigorous quality control measures are implemented to maintain stability during prolonged operation, guaranteeing consistent performance.
- Strict adherence to installation standards ensures precise alignment and locking of every screw, preventing deviations.
- Precision is paramount, with each rack screw point spliced with two racks to control position accuracy within 0.01mm.
- Vertical accuracy errors for the X-axis and Y-axis are meticulously controlled within 0.01mm tolerance.
- Equipment undergoes secondary calibration and accuracy compensation using laser interferometers post-installation and debugging.
- Before shipment, each unit undergoes a rigorous 72-hour machine test and comprehensive testing to ensure quality and reliability.
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