High power laser shell

Key Features

• Excellent Thermal Management Capability:
  Manufactured from high-thermal-conductivity materials to effectively conduct and dissipate the substantial heat generated during high-power laser operation.

• High-Strength Structural Design:
  

  Housing structure design and material selection fully consider mechanical strength and thermal stress under high-power operating conditions, preventing structural damage caused by temperature changes and power cycling.

• Hermetic Seal Protection:

  High-reliability hermetic sealing process effectively protects internal laser chips or fiber components from environmental factors, ensuring long-term stable operation.

• Flexible Customization Capability:

  Customizable design based on the individual requirements of different high-power lasers, including dimensions, materials, and optical interfaces.
  

Applications

• Industrial Laser Processing:
  

  Widely used for high-power laser source packaging in industrial equipment such as laser cutting, welding, marking, and cladding machines.

• Fiber Lasers:

  In high-power fiber lasers, provides reliable packaging for pump modules or oscillator stage modules to ensure long-term stable operation.

• Medical & Defense Applications:

  Also plays an important role in medical laser therapy equipment and LiDAR systems.
  

Product Highlights

• High Power Density Support:
  

  Optimized for high-power applications, effectively handling the high thermal loads and high optical power density during high-power laser operation.

• Long-Term Reliability Assurance:
  

  Premium material selection, optimized structural design, and stringent manufacturing processes ensure long-term reliability under high-power, high-temperature operating conditions.

• Comprehensive Customization Services:

  Comprehensive custom manufacturing capabilities to provide personalized product design and service support based on specific customer requirements.

  
  

  
  

How It Works

The high-power laser shell provides mechanical support, thermal conduction paths, electrical connections, and environmental protection for high-power lasers. For laser diode packaging, the laser chip is bonded to the heat-dissipation surface of the base using high-thermal-conductivity solder, with electrical connections established via wire bonding.

For fiber laser modules, pump diodes, optical components, and other elements are all mounted inside the housing; laser oscillation and amplification are achieved through a precision optical path design. The housing must effectively dissipate the heat generated by all operating components, maintaining them within a suitable operating temperature range. The hermetic seal structure protects all sensitive internal components from environmental moisture and contaminants. For high-power applications, cooling channels can be designed into the housing to enable forced cooling, ensuring long-term stable system operation.

Product Parameters