Laser Cutting Machine

Main Equipment Configuration and Description

  • 1. Laser cutting

    Laser cutting, fast speed, high accuracy, small thermal deformation, and no welding error caused by plate deformation

  • 2. Machine bed

    High-strength machine body with tenon and mortise welded structure, inheriting the classic Chinese culture, making it more stable and sturdy. The skeleton is connected, fully utilizing the structural stress, while welding points are fixed to achieve the optimal stress point and support structure. After quenching for 24 hours and annealing in the furnace, the natural aging treatment can withstand larger loads, greatly reducing the internal stress of the bed. The high-precision gantry machine tool integrated processing technology is adopted, and the long-term use accuracy is improved by more than 65% compared to similar products. Ensure long-term stable operation of equipment. Modular body countertop, modular assembly in each area, with heat-resistant coating in each area to solve the problem of thermal deformation and facilitate the replacement of vulnerable parts.

  • 3. Welding of machine tool bed

    Using carbon dioxide-shielded welding to weld the bed, has many advantages such as a stable welding process, no internal defects, and minimal splashing. Currently, it has become the most important welding method for ferrous metal materials.

  • 4. Machine tool stress relieving annealing

    Eliminating material stress caused by welding, using a super large fuel heating annealing furnace for 600 ° simultaneous stress relieving annealing of multiple beds. The furnace temperature is stable and uniform, and the electronic monitoring welding stress is removed more thoroughly, ensuring quality.

  • 5. Complete machine sandblasting and plastic spraying

    By utilizing the impact of high-speed sand flow, the surface of the bed is cleaned and coarsened. After plastic spraying treatment, the bed forms a flat and bright permanent coating film, achieving the purpose of decoration and corrosion prevention.

  • 6. Natural aging

    The bed is placed outdoors for more than a month to remove repeated temperature stresses caused by the bed. Promoting relaxation of residual stress and stabilizing dimensional accuracy. Improve stiffness, increase deformation resistance, and ensure dimensional stability of the bed.

  • 7. CNC precision machining

    Using a CNC pentahedral machining center to obtain high-quality installation surfaces such as guide rails, racks, and other precision requirements for the bed, ensuring the cutting accuracy of the machine tool.

  • 8. Fireproof brick anti-burning design

    The bed is laid with fire-resistant and high-temperature-resistant materials. Avoiding the deformation of the bed due to long-term thermal expansion effectively reduces laser damage to the bed, providing a strong guarantee for users to stably cut thick plates in batches for a long time.

  • 9. Fast photoelectric conversion efficiency

    Stable beam quality, strong anti-high reflection ability, achieving better cutting effect

Laser Cutting Head

  • Optimize the design mechanism
  • Modular, easy to maintain, and reduce downtime

 

  • Automatic focusing
  • Automatic focusing, automatic obstacle avoidance, three-point edge finding protection, reducing human intervention

 

  • Multiple protective lenses
  • Three protective lenses for efficient protection of collimating and focusing lenses

 

  • Durable and durable
  • Optical water cooling effectively extends the continuous working time

 

  • Highly dustproof
  • Special protective mirror base cover plate, dustproof without dead corners

Packaging and Shipping

Use sealed, moisture-proof and low-pressure aluminum foil packaging and use thick wooden boards to protect the body, preventing bumps and collisions during sea transportation, and reducing unnecessary mechanical losses that may occur during transportation.

Main Equipment Configuration and Description

  • 1. Laser cutting

    Laser cutting, fast speed, high accuracy, small thermal deformation, and no welding error caused by plate deformation.

  • 2. Machine bed

    High-strength machine body with tenon and mortise welded structure, inheriting the classic Chinese culture, making it more stable and sturdy. The skeleton is connected, fully utilizing the structural stress, while welding points are fixed to achieve the optimal stress point and support structure. After quenching for 24 hours and annealing in the furnace, the natural aging treatment can withstand larger loads, greatly reducing the internal stress of the bed. The high-precision gantry machine tool integrated processing technology is adopted, and the long-term use accuracy is improved by more than 65% compared to similar products. Ensure long-term stable operation of equipment. Modular body countertop, modular assembly in each area, with heat-resistant coating in each area to solve the problem of thermal deformation and facilitate the replacement of vulnerable parts.

  • 3. Welding of machine tool bed

    Using carbon dioxide-shielded welding to weld the bed, has many advantages such as a stable welding process, no internal defects, and minimal splashing. Currently, it has become the most important welding method for ferrous metal materials.

  • 4. Machine tool stress relieving annealing

    Eliminating material stress caused by welding, using a super large fuel heating annealing furnace for 600 ° simultaneous stress relieving annealing of multiple beds. The furnace temperature is stable and uniform, and the electronic monitoring welding stress is removed more thoroughly, ensuring quality.

  • 5. Complete machine sandblasting and plastic spraying

    By utilizing the impact of high-speed sand flow, the surface of the bed is cleaned and coarsened. After plastic spraying treatment, the bed forms a flat and bright permanent coating film, achieving the purpose of decoration and corrosion prevention.

  • 6. Natural aging

    The bed is placed outdoors for more than a month to remove repeated temperature stresses caused by the bed. Promoting relaxation of residual stress and stabilizing dimensional accuracy. Improve stiffness, increase deformation resistance, and ensure dimensional stability of the bed.

  • 7. CNC precision machining

    Using a CNC pentahedral machining center to obtain high-quality installation surfaces such as guide rails, racks, and other precision requirements for the bed, ensuring the cutting accuracy of the machine tool.

  • 8. Fireproof brick anti-burning design

    The bed is laid with fire-resistant and high-temperature-resistant materials. Avoiding the deformation of the bed due to long-term thermal expansion effectively reduces laser damage to the bed, providing a strong guarantee for users to stably cut thick plates in batches for a long time.

  • 9. Fast photoelectric conversion efficiency

    Stable beam quality, strong anti-high reflection ability, achieving better cutting effect

Advantages of CNC Plasma Cutting Machine

  • Enhance efficiency
  • Easy to operate, reliable design, anti-plasma interference, lightning protection capabilities, etc. Fully compatible with various nesting software.

 

  • Reduce Costs
  • Standard configuration flame, plasma function can be equipped with more than one flame, plasma torch, improve efficiency.

 

  • Safe to use
  • The horizontal guide rail adopts domestic or imported linear guide rail; the surface is ground, with high mechanical precision and good wear-resisting performance.

 

  • Simple operation
  • The use of a high-power battery valve, to promote the use of the machine for a longer period.

 

  • Cutting applications
  • Different torch systems can meet the various types of flame, plasma processing applications, to meet the needs of different cutting shapes.

Packaging and Shipping

Use sealed, moisture-proof and low-pressure aluminum foil packaging and use thick wooden boards to protect the body, preventing bumps and collisions during sea transportation, and reducing unnecessary mechanical losses that may occur during transportation.