Phasics Laser Optics Testing
Phasics wavefront sensor makes easy the characterization of telescopes, mirrors and any optics used in laser facilities. It delivers aberrations, PSF, Sthrel ratio, phase RMS, beam profiles or surface shape based on a high resolution wavefront measurement. Measured aberrations can then be automatically removed of further measurement. The solution applies to any optics of any wavelength, including beam expander, large mirror, flat optics. Their wavefront sensor is even more easy-to-use when it is coupled with the R-Cube, their high quality illumination unit dedicated to double-pass measurement.
The measurement relies on our high resolution wavefront sensor. It is combined to the RCube add-on for an easy double-pass wavefront measurement. This add-on simply plugs on to SID4 and generates a high quality collimated beam. It enables benefiting from all the advantages of Phasics patented technology in a simple set-up.
Advantages
Reliable - very high resolution
- Robust measurement and calculations
- ZErnike coefficient up to high orders
Common-path interferometry - no reference arm
- Compact
- Insensitive to vibrations
Simple set-up - plug & play illumination unit
- Small footprint
- Compatible with translation and tip/tilt stages
High Resolution Wavefront Sensor
SID4 V Vacuum
>10-6 mbar
Vacuum Wavefront Sensor 400-1100 nm
SID4 UV
250-400nm
High resolution, from 250 to 400nm
SID4 UV-HR
190-400nm
High resolution & high sensitivity, from 190 to 400nm
SID4
400-1100nm
160x120 phase map and intensity map at any visible wavelength
SID4 HR
400-1100nm
Unrivalled resolution + broadband + versatile wavefront sensor
SID4 NIR
1.5-1.6µm
High resolution phase & intensity at 1.55μm
SID4 SWIR
0.9-1.7µm
Cost-effective, high resolution over an extended spectral range
SID4 SWIR HR
0.9-1.7µm
High resolution over an extended spectral range
SID4 DWIR
3-5μm & 8-14μm
Dual band wavefront sensor 3-5μm & 8-14μm
SID4 LWIR
8-14µm
Compact and easy to use wavefront analyser for LWIR
Photo | Product | Price | |
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Phasics Laser Beam Analysis | > | ||
Phasics Adaptive Optics | > | ||
Phasics Plasma & Gas Density Measurement | > |