HASO DUV wavefront sensor

The HASO DUV Shack Hartmann wavefront sensor combines all the unique features developed by Imagine Optic during 30+ years of innovation and customers feedback: ease of use (absolute measurement thanks to the embedded factory calibration), high performance (high accuracy of lambda/100 RMS, very large dynamic range), robustness (phase measurement independent of beam intensity variation, achromaticity over calibrated spectral range, insensitivity to vibrations)

Best for:

+ Lithography, semiconductor manufacturing
+ Laser fusion
+ Excimer laser-based applications

Applications

+ Quantify optical system’s aberrations
+ Check if optical mount distorts optics
+ Verify compliance with specifications
+ Align system for optimal performance
+ Predict system’s focalization and imaging quality
+ Measure effects of temperature and gravity on performance
+ Pilot wavefront corrector to change aberrations
+ Diagnose laser beam, adjust and check pointing stability
+ Collimate optical systems and lasers
+ Quantify optical components and systems dependency to wavelength

WAVEVIEW (included) is the most advanced wavefront measurement and analysis software including more than 150 features and tools optimized for a wide range of highly demanding applications.
+ Extensions for PSF, MTF, Strehl ratio, M-Squared parameter and Advanced Zernike (annular or elliptical)
+ Windows 11 and 10 compatible

WAVETUNE (optional) is a unique software that seamlessly combines wavefront measurement and correction features with extensive diagnostics.
It is perfectly adapted to our HASO and LIFT wavefront sensors, ILAO STAR, MIRAO and mu-DM deformable mirrors, as well as to a wide range of third-party phase correctors from the market.

WAVEKIT (optional) is a SDK (Software Development Kit) in C/C++, LabVIEW and Python, providing the basis blocks on which one can build a fully customized software for specific HASO based applications or WaveView data processing routines.
+ include documentation and examples
+ available on request.