1535nm DBC Crystals
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Ships from:
China
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Sold by:
Lasertec Inc -
On FindLight:
since 2024
Description
The 1535 nm Micro-Chips laser core from LASERTEC INC is an innovative solution designed to enhance the performance of Er, Yb:glass lasers. By integrating Er, Yb:glass with Co:spinel bonding crystal, this product significantly improves the overall efficiency and stability of laser systems. The unique bonding process involves attaching Co:spinel at the end of Er, Yb:glass, which effectively mitigates thermal effects, a common challenge in high-energy density lasers.
This advanced design ensures that the laser maintains optimal performance even under demanding conditions. The bonding of Er, Yb:glass with Co:spinel offers numerous advantages. It enhances the thermal management of the laser, reducing the thermal lens effect that typically occurs during laser pumping. This improvement leads to better beam quality and increased output efficiency of the 1535 nm laser. Additionally, the stability of the laser's output capacity is significantly improved, contributing to a longer service life. The surface activation bonding technology employed in this process operates at low or normal temperatures, ensuring high bonding strength and minimal absorption loss on the bonding surface.
The Er, Yb:glass+Co:spinel bonded crystals are characterized by their high bonding strength and minimal changes in bonding surface shape, with absorption loss generally less than 20ppm. This makes them ideal for applications requiring precise and reliable laser performance. The product is particularly suited for use in laser lidar and laser rangefinders, where consistent and high-quality laser output is crucial. LASERTEC INC's commitment to quality and innovation is evident in the meticulous design and engineering of this laser core, making it a valuable asset for advanced laser applications.
1535nm DBC Crystals
Specifications |
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|---|---|
| Type Of Crystal: | Er Glass |
| Crystal Diameter: | 10 mm |
| Crystal Length: | 10 mm |
Features
- Advanced Bonding Technology: Utilizes surface activation bonding technology at low or normal temperatures, ensuring high bonding strength and minimal absorption loss.
- Enhanced Thermal Management: Special structure design reduces thermal effects and thermal lensing during laser pumping, improving overall laser performance.
- Improved Beam Quality: The Er, Yb:glass + Co:spinel bonding crystal enhances the beam quality, ensuring superior laser output.
- High Output Efficiency: Optimized for 1535 nm lasers, this product significantly boosts output efficiency and stability.
- Extended Laser Lifespan: The bonding crystal improves the service life of the laser, providing long-term reliability.
- Low Absorption Loss: Bonding surface absorption loss is generally less than 20ppm, maintaining high efficiency.
- Precision Bonding Surface: Minimal change in bonding surface shape (< λ/8), ensuring consistent performance.
- Versatile Applications: Ideal for use in Laser Lidar, laser rangefinders, and other high-energy density laser applications.
- Customizable Energy Levels: Available in various output energy levels from 40µJ to 750µJ, tailored to meet specific customer requirements.
Applications
- Laser Lidar: Utilizes the 1535 nm laser for precise distance measurement and mapping.
- Laser Rangefinders: Employs the laser for accurate distance measurement in various applications.
- High Energy Density Lasers: Designed to meet the demands of high energy density applications by reducing thermal effects.
- Improved Beam Quality: Enhances the quality of the laser beam for better performance.
- Increased Output Efficiency: Boosts the efficiency of the 1535 nm laser output.
- Enhanced Stability: Provides stable output capacity for consistent performance.
- Extended Service Life: Increases the longevity of the laser system.
Frequently Asked Questions
The primary function of the 1535 nm Micro-Chips laser core is to improve the comprehensive performance of Er, Yb:glass lasers by using a bonding crystal formed with Co: spinel, enhancing thermal effects, beam quality, output efficiency, and stability.
The benefits include improved thermal effects, reduced thermal lens effect during laser pumping, enhanced beam quality, increased output efficiency, improved stability of laser output, and extended service life of the laser.
The 1535 nm laser is typically suitable for applications such as Laser Lidar and laser rangefinders.
Surface activation bonding technology is used, which involves surface cleaning and activation at low or normal temperatures, resulting in high bonding strength and minimal absorption loss.
The available output energy options are 40uj, 100uj, 200uj, 300uj, 500uj, and 750uj, each with specific dimensions, frequency, pulse width, beam size, stability, and divergence angle.
You can contact LASERTEC INC by emailing sales@lcoptical.com or lasertec01@gmail.com.
The typical absorption loss at the bonding surface is generally less than 20ppm.