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OASYS

AWARDS 2006


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SCHEDULE
Photonics West 2008
22 - 24 January
San José
USA
Information:
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Laser Optics Berlin 2008
17 - 19 March
Berlin
Germany
Plus d'infos
OPTATEC 2008
17 - 20 June
Frankfurt
Germany
Plus d'infos
Contact Us
(+33) 1 69 33 89 99

E-mail: info@phasics.fr

Adaptive Optics Solutions that Fit Your Laser Beam

PHASICS adaptive optics solutions allow getting the highest intensity out of your laser beam. For imaging systems, we ensure diffractive limited performances. The OASys product line combines our high performance SID4 wave front sensor to a beam shaper best suited to your application.


Thanks to our experience in adaptive optics loop installation, we advise you on the correction choice adapted to your application: OASys software is dedicated to control the correction device (deformable mirror, SLM or deformable membrane). It is linked to the SID4 main interface software.
After installation, we follow up on the adaptive optics loops. This customer service is greatly appreciated by the SID4 and OASys users that are supported in their experiments.


Focal spot optimization

By correcting wave front distortion occurring on high power laser chains, you couple all your laser energy to matter and reach the highest peak intensity. See an application...

Beam shaping

By shaping your beam, you can adapt your beam aperture to the optical components you use and, for instance, optimize your pump-signal coupling.
See an application...





Beam propagation optimization

Let the laser beam propagate from your laser source all the way to the end user without any distortion or get a M²=1 beam.

Focal spot shaping

Go beyond laser matter interaction with Gaussian or Airy disk far-field patterns by controlling the shape of your focal spots. See an application...

Focal spot optimization






Focal spot shaping



Two SID wave front sensor loops to control the shape of the beam before and after compression with dynamic cumulative thermal effects on a 100-TW laser facility (30J/300 fs).





Beam shaping on a CW laser

A computer-generated phase mask is applied in order to shape the focal volume and dynamically extend the Rayleigh range from a few millimeters to a few centimeters. Get the highest resolution with the combination of the SID4 sampling and an optically addressed phase-only spatial light modulator (SLM).





 
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