HASO 126 BROADBAND
Premium wavefront sensing in the 350-1100 nm spectrum
HASO 126 BROADBAND
Premium wavefront sensing in the 350-1100 nm spectrum
The HASO 126 BROADBAND is a very versatile Shack Hartmann wavefront sensor thanks to its wide VIR NIR calibrated spectral range, combined with high sampling density and a large analysis pupil. It features the new SpotTracker technology, which provides absolute wavefront sensing and tilt information and makes sensor alignment a mere formality.
Check out the HASOs Table to see our full HASO and LIFT series: compare specs and choose what fits best your requirements!
HASO 126 BROADBAND wavefront sensor
The HASO 126 BROADBAND 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).
The HASO 126 BROADBAND wavefront sensor is fully compatible with the Optical Engineer Companion, our family of versatile modules that combine together instantaneously to create any optical testing configuration you need.
Applications+ Quantify optical system’s aberrations
+ Check if optical mount distorts optics + Measure effects of temperature and gravity on performance + Check if optical mount distorts optics + Verify compliance with specifications + Align system for optimal performance + Predict system’s focalization and imaging quality + 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 |
Best For+ High spatial sampling testing |
Software
Description |
Specifications |
Pupil size | 13.8 x 10.2 mm² |
Absolute Accuracy (RMS) | λ/100 |
Repeatablility (RMS) | < λ/200 |
Microlens Numbers | 170 x 126 |
Interface | USB 3.0 |
Wavelength | 350-1100 nm |
Max. acquisition frequency | 30 Hz |