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  • Samarium Oxide 10% Doped Glass Filter Laser Cavity
  • Samarium Oxide 10% Doped Glass Filter Laser Cavity
  • Samarium Oxide 10% Doped Glass Filter Laser Cavity
  • Samarium Oxide 10% Doped Glass Filter Laser Cavity
Samarium Oxide 10% Doped Glass Filter Laser CavitySamarium Oxide 10% Doped Glass Filter Laser CavitySamarium Oxide 10% Doped Glass Filter Laser CavitySamarium Oxide 10% Doped Glass Filter Laser Cavity

Samarium Oxide 10% Doped Glass Filter Laser Cavity

  • Product Item : QiM50-007
  • Category: Laser Flow Tubes & Flow Plates
  • Material: Samarium Oxide 10% Doped Glass (Sm2O3)
  • Dimension: Standard or Customized
  • Application: 1064nm Laser
  • Minimum Order Quantity: Negotiable
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Samarium Oxide 10% Doped Glass Filter Laser Cavity
The Samarium doped glass is new type of dual end cutoff focusing cavity glass, which is used in laser emitter components. The glass is processed through optical cold processing to form a focusing cavity (also called as laser flow tube). After processing, the chemical strengthening is necessary to increase the laser flow tube strength. The function of the focusing cavity in the laser module is to concentrate the light energy emitted by the Krypton lamp onto the laser rod, which is then transformed into a 1064nm continuous laser through the energy level transition of the laser rod.
The absorption of ultraviolet light in a krypton lamp by a laser rod will generate color centers, making the laser unable to function properly; In addition, the radiation of 1064nm light in the Krypton lamp consumes a portion of the particles in the upper level of the laser, reducing the output of the laser, known as the pump out effect.
The samarium doped glass can absorb ultraviolet light generated by krypton lamps, as well as 1064nm near-infrared light. It can effectively improve the reliability, lifespan, and laser radiation efficiency of laser components.

Samarium Oxide 10% Doped Glass Filter Laser Cavity


Product application
• Medical/Cosmetic Applications
• High Power Applications
• LIDAR (long distance measurement)

Material Properties
Main performance:
1.Transmittance curve (thickness 3mm)

2. Expansion coefficient: 10.4 x 10-6/K (room temperature~300 ℃)
3. Refractive index: ND=1.5755
4. Softening point: 526 ℃

5. Annealing point: 470 ℃


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