15W 915nm 105μm Fiber Coupled Power Diode Laser
Description
The GKER Photonics 15W 915nm Fiber Coupled Power Diode Laser (GK-915V15105) is a high-performance solution designed for precision applications that require consistent power output and reliable wavelength stability. With a maximum output power of 15W and a center wavelength of 915nm, this laser is ideal for industrial, medical, and research purposes.
The fiber-coupled design, featuring a 105μm core diameter and a numerical aperture (NA) of 0.22, ensures efficient light delivery with minimal loss. Its typical operating current of 1.9A and operating voltage of 1.0V make it energy-efficient, while the pigtail length of 1.2 meters allows easy integration into various systems.
This diode laser offers excellent conversion efficiency, ensuring that the input power is effectively converted to optical output. It also operates with a 95% power numerical aperture of 0.20, ensuring focused beam output for precision tasks. Designed with reliability in mind, the GK-915V15105 is suitable for applications in optical communications, material processing, and more. With high environmental stability and efficient power handling, this product is a versatile and dependable tool for various advanced applications.
15W 915nm 105μm Fiber Coupled Power Diode Laser
Specifications |
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|---|---|
| Laser Type: | Continuous Wave (CW) |
| Fiber Type: | Multi-Mode |
| Wavelength: | 915 nm |
| Output Power: | 15000 mW |
| Fiber Core Diamater: | 105 um |
| Fiber Cladding Diameter: | - um |
| Output Power: | 15 W |
| Center Wavelength: | 915 nm |
| 95% Power NA: | 0.14 - |
| Core Diameter: | Min:102 Typ:105 Max:108 μm |
| Numerical Aperture: | Min:0.2 Typ:0.22 Max:0.24 - |
| Pigtail Length: | Min:1.0 Typ:1.2 m |
| Operating Current: | 18.5 A |
| Operating Voltage: | 1.9 V |
| Conversion Efficiency: | 48 % |
Features
- 15W Output Power: Provides stable and reliable 15W power for demanding applications
- 915nm Center Wavelength: Ensures optimal performance for industrial, medical, and research uses
- 105μm Core Diameter: Guarantees efficient light transmission with minimal loss
- Numerical Aperture (NA) of 0.22: Delivers focused beam output for precision tasks
- 1.2m Pigtail Length: Offers easy integration into various optical systems
- Low Operating Current and Voltage: Energy-efficient operation with typical values of 1.9A and 1.0V
- High Conversion Efficiency: Maximizes power utilization for optimal performance
Applications
- Optical Communications: Ideal for integration into optical network systems for signal transmission
- Material Processing: Suitable for precision cutting, engraving, and other industrial laser processes
- Medical Laser Applications: Effective in medical treatments requiring precise wavelength control and power stability
- Research and Development: Supports advanced experimentation and testing in scientific laboratories
For pricing, technical or any other questions please contact the supplier
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How to order?
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Ships from:
China
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Sold by:
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On FindLight:
since 2024
Frequently Asked Questions
The laser provides a maximum output power of 15W, making it suitable for various industrial, medical, and research applications.
The center wavelength is 915nm, which ensures optimal performance for tasks requiring precise wavelength control.
The fiber has a core diameter of 105μm, allowing efficient light transmission with minimal loss.
The numerical aperture is 0.22, ensuring focused beam output for high-precision tasks.
The typical operating current is 1.9A, and the typical operating voltage is 1.0V, providing energy-efficient operation.
The pigtail length is 1.2 meters, allowing easy integration into various systems.
The diode laser offers high conversion efficiency, ensuring effective power utilization for optimal performance.
This diode laser is ideal for optical communications, material processing, medical applications, and research and development.
The 95% power numerical aperture is 0.20, ensuring focused beam output.
Yes, with its 1.2m pigtail length and efficient design, the diode laser integrates seamlessly into various optical systems.