OPO Systems

• High efficiency
   
• UV SHG options
   
• Compatibility with MM pump lasers
   
• 210…2500 nm operation range
   
• Custom solutions up to 20 μm
   
• PC control option
   
• Wavelength display option
   
• Easy to use and low maintenance
  

New SOLAR LS OPO systems combine high energy output, extremely wide tuning range with exceptionally easy maintenance and increased reliability.

These OPO systems are developed taking into consideration the end user’s demands. They are highly reliable and easy to operate unlike the similar devices already existing in the market . The main advantage of the OPO LP series is extremely low operating pump power densities. Thanks to the original optical scheme the specified parameters are obtained even at low pump intensities and as a result neither crystals nor other optics can be damaged. This feature combined with precise optics mounts and dust protective housing insures perfect reliability and long-term output stability.

The OPO LP series optical design provides high-efficiency output even if it is pumped by standard multimode Nd:YAG lasers. The customer does not have to buy or use complex and expensive TEMoo or single-frequency pump lasers. The maintenance expenses are therefore reduced and the OPO LP series is attractive for every user. Besides the OPO supercompactness saves space at your optical table and allows to integrate it easily into any available laser system.

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Specifications in PDF format

Ti:Sapphire Tunable Lasers

• Compatibility with pump lasers
   
• Easy-to-use and friendly in operation
   
• Spectral optimized output
   
• Excellent beam quality
   
• High reliability
   
• Harmonic Generators options
   
• PC Control option
  

The tunable Ti:Sapphire lasers manufactured by SOLAR LS are the devices integrating more than 15-year experience of SOLAR LS’s engineers and researchers in the field of solid-state tunable lasers.
Our Ti:Sapphire lasers offer the user a unique combination of reliable and friendly design with high-quality and high-power output.

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