Center Wavelength: | 1064 Nm |
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Max. Polarization Dependent Loss: | 0.10 dB |
Min. Return Loss: | 53 dB |
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The 1064nm Fiber to Free Space High Power Isolator is characterized with low insertion loss, high isolation, high power handling,high return loss, and excellent environmental stability and reliability. It is ideal for fiber amplifer, fiber laser output isolation.
GKER's SteadiBeam ® The isolator series is a high-performance isolator designed specifically for high-power pulsed fiber lasers. Here are some key features of this series of products:
High power compatibility: SteadiBeam ® There are two versions of isolators, suitable for lasers with output powers of 100W and 200W respectively
Aberration free and thermal lensing effect free: This isolator is capable of providing aberration free and thermal lensing effect free beam quality at all output power levels
High isolation: SteadiBeam ® The isolator provides high isolation for reflected light from all spatial angles
Patent technology: SteadiBeam ® The technology adopts multiple patented technologies, which largely solve the thermal lens effect problem of high-power laser devices (such as high-power isolators) and optimize beam quality
Performance improvement: using SteadiBeam ® Technological products have improved the stability of beam quality, optimized material processing effects, and reduced costs, providing customers with more cost-effective solutions
International recognition: SteadiBeam ® The technology won the Silver Award at the Laser Focus World 2018 Innovation Awards for its ability to solve long-standing thermal lens problems in the high-power laser industry
Widely used: SteadiBeam ® The technology's products are widely used in fields such as material processing, medical equipment, laser radar, environmental monitoring, power battery cutting and lithium battery welding, wafer material cutting, and scientific research
These features make SteadiBeam ® The isolator series has become an ideal choice for fiber lasers and related applications, especially in situations where beam quality is strictly required.
Specifications