TK120 2.0 Two-chuck Side-mounted Pipe Laser Cutting Machine

Two-chuck side mounted laser tube cutter has a small footprint and fast production speed. Equipped with a special cutting system, the machine is easy to operate, high precision, and can cut square, round, rectangular and other metal tubes with different interfaces.

Performance Advantages

TK120 tube laser cutting machine focuses on small tube cutting, with automatic loading system can realize high speed and high efficiency cutting.

Semi-automatic loading
  • Equipped with semi-automatic loading system to automatically convey the pipes to be processed, multiplying the efficiency.
  • Innovative servo motor drive, the front chuck moves forward stably and pushes forward automatically to cut short tail material, increasing material utilization rate by 12%.
  • The machine supports the cutting of square, round and rectangular pipes with a processing length of up to 6.5 meters.
Model XT-TK90 XT-TK120
Laser Power 1kW-3kW 1kW-3kW
Maximum Pipe Length 6.5m 6.5m
Chuck Clamping Range Round tube: Φ10-Φ80mmSquare tube: Φ10-Φ80mmRectangular tube: long side≤80mm Round tube: Φ10-Φ120mmSquare tube: Φ10-Φ120mmRectangular tube: long side≤120mm
Max. Feeding Speed of Chuck Axis 200r/min 150r/min
Positioning Accuracy ±0.03mm/min ±0.03mm/min
Re-positioning Accuracy ±0.02mm/min ±0.02mm/min

Mechanical Advantages

The machine adopts side structure layout and is annealed and aged at 600℃ to eliminate stress, ensuring smooth high-speed operation for a long time.

Modularized design, sealing and dustproof, even for long time processing can keep the precision, easy to maintain later.

Z-axis sealing module

The spacing of the four rollers has been precisely calculated and tested, which can accurately fit the loading and supporting needs of 3m short pipes, and can flexibly process pipes of different lengths.

Four pallet rollers support

TK120 adopts side-mounted structure layout, reserving enough space for automatic loading and unloading, which can be seamlessly connected with all kinds of automatic loading devices and improve the production efficiency by more than 40%.

Side-mounted bed body

Control System Advantages

Intelligent control system ensures accurate and efficient cutting process, comprehensively reduces manual intervention and improves production stability.

Automatically detect the position of the cutting head to ensure that the cutting head and the chuck “automatically maintain a safe distance” to eliminate the risk of collision.

High-precision control, real-time synchronized feedback, stable and anti-interference signal, efficient integration with intelligent processing.

According to the rotating attitude of the pipe, it automatically detects the relative position of the cutting head and the pipe, and automatically tracks it for smoother cutting.

The laser head and the pipe are synchronized in the process of movement, reducing the process of frequent acceleration and deceleration, realizing uninterrupted cutting, and increasing the cutting efficiency of dense graphics by 30%.

Worry-free service guarantee

We value the real needs and user experience of our customers and provide timely and effective services to global customers.

FAQs

Have any questions? The following FAQs can solve your confusion.

Fiber laser cutting machines can cut most metal materials, including stainless steel, carbon steel, aluminum, copper, alloy steel, galvanized sheet, titanium, etc. They are widely used in sheet metal processing, kitchen utensils, aerospace, metal cabinets, automotive parts, construction and other industries.

Laser cutting technology has significant comprehensive advantages over traditional cutting methods (such as flame cutting, plasma cutting, waterjet cutting).

  • High precision laser cutting, narrow kerf width, smooth and burr-free, small heat-affected zone, no need for secondary grinding and polishing.
  • Non-contact processing, no mechanical stress, avoiding tool wear or material deformation.
  • Optimize cutting path through intelligent nesting system, reduce edge waste and save processing cost.
  • Support seamless connection with intelligent control system (e.g. bus communication, automatic loading and unloading, visual positioning) to realize 24-hour unmanned production.
  • Fiber laser electro-optical conversion rate>30%, low energy consumption, cost-effective.
  • Can quickly switch the cutting pattern, high cutting efficiency, saving time and cost.

Fiber laser cutting machines require professional laser cutting control software and CAM software to process design files and generate cutting paths, such as LightBurn, AutoCA, etc., and are compatible with DXF, SVG, AI (Adobe Illustrator), EPS, DWG, PDF, PLT, etc.

What materials and pipe sizes can the TK120 cut?
  1. The machine can cut square, round and rectangular pipes made of carbon steel, stainless steel, aluminum alloy, brass and other metal materials.
  2. Cutting diameter range: Φ10-Φ120mm square and round tubes, rectangular tubes with long side length within 120mm, it should be noted that the diameter refers to the outer diameter of the tube.
  3. Cutting length of pipe: within 6.5m as standard.
  • Intelligent operation: equipped with graphical man-machine interface, support CAD drawings imported by one key, operators can get started after 1-3 days of training.
  • Low-maintenance design: modular structure design, with automatic lubrication system and self-diagnostic function, only need to clean the guide rail and lens in daily life.
  1. Clean or replace the optics (focusing mirror, reflector) and nozzle regularly to avoid contamination affecting the cutting quality.
  2. Check the operation status of the cooling system (water-cooled or air-cooled) to ensure that the water temperature and flow rate are normal to prevent the laser from overheating.
  3. Clean the debris of the guide rail, screw and other transmission parts and lubricate them regularly to ensure the precision of movement; check the filtering device of the dust removal system and clean the soot residue in time.
  4. Calibrate the optical path and cutting head focal length to ensure accurate laser beam centering and focusing.
  5. Regularly update the control system software and backup parameters, and record the operation log to track the status of the equipment. Always disconnect the power and wear protective equipment before operation to avoid accidental contact with high-voltage components or laser radiation.

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