The Collimated Light: Optical Fiber Collimator

Optical fiber collimators are compact pigtail collimator output components specifically designed for laser application systems, capable of collimating and expanding laser beams or providing long-focus, low-reflection spatial emission. They can handle medium-power laser transmissions, with average power reaching hundreds of watts, and are often used in scenarios requiring high-quality (diffraction-limited) beam transmission.

Working Principle of Optical Fiber Collimators

• High-quality collimated output beams;

  
  

• Can withstand medium-power laser transmissions;

  
  

• Compact pigtail output, occupying minimal space, suitable for specific laser designs.

Application Fields of Optical Fiber Collimators

• Metal cutting with fiber lasers: Achieves high-precision, high-quality metal cutting with smooth and flat cutting edges.

  
  

• Drilling: Precisely drills various materials with accurate control over hole size and shape.

  
  

• Cleaning: Effectively removes surface dirt, rust, etc., without damaging the material.

  
  

• 3D printing: Provides a stable and precise laser source to ensure print quality.

  
  

• Precision machining: Suitable for various scenarios requiring high-precision machining.

Advantages of MEISU High-Temperature Optical Fiber Collimators

• Ultra-high temperature resistance: Can withstand extreme high temperatures of 500℃, 750℃, and up to 1000℃, suitable for harsh environments.

  
  

• High-quality heat-resistant materials: Uses sapphire fiber or gold-coated fiber to ensure stable optical performance even at high temperatures.

  
  

• High reliability: Employs high-temperature epoxy resin and precision optical lenses to ensure long-term heat resistance and corrosion resistance.

  
  

• Suitable for high-temperature sensing systems: Especially suitable for high-temperature fiber optic sensing systems, capable of precise measurement and data transmission in extreme environments.

MEISU high-temperature optical fiber collimator offers efficient and reliable solutions for high-temperature sensing, industrial monitoring, and high-temperature optical applications due to their excellent temperature resistance and stability.