HASO Multispectral – Multispectral wavefront sensor
A very accurate, fast and versatile instrument, the HASO Multispectral is the first-ever spectrally-resolved wavefront sensor. Its wide spectral range (550-1000nm) coupled to the powerful HASO4-Broadband enables full characterization of TW/PW lasers’ performances, and optimization of the peak intensity on target.
This new device is perfectly suited for compressor alignment, characterization of compressed or stretched beams, complex broadband system alignment, and understanding of science of spatio-temporal couplings.
Top features:
- Thousands of measurement points in the beam
- Can accomodate near-field and far-field measurement
- Spatio-spectral couplings measurements: angular dispersion, spectral focal shift, etc.
- Lightweight laptop-friendly software
- SpotTracker auto-align technology
HASO Multispectral – Applications
This multispectral wavefront sensor is best for:
- Physicists, laserists, and laser systems designers
- Compressors alignment
- Spatio-spectral couplings understanding and control
- Characterization of compressed beam down to 5fs
- Broadband systems alignment
For all our wavefront sensors, click here.
For the manufacturer’s website, click here.
Optical Metrology
- Shack-Hartmann Wavefront Analysis
- Characterization of a Portable Telephone’s Camera Module
- Enhancement of the optical quality of Microtraps for Single Atoms with HASO4 First
- Eyewear and Smart Glass Quality Control with HASO Shack-Hartmann Wavefront Sensor
- Optical Metrology Measurements with HASO
- Lens System Inspection with HASO R-Flex
- Using HASO to Compliment a Beam Profiler
- Absolute Measurement
- HASO wavefront sensor : phase + intensity measurements
- How to characterize a wavefront sensor
Laser
- Full Correction of a Laser Chain Including Final Focusing Optics
- Application note: adaptive optics for femtosecond lasers
- Very intense laser optimized with adaptive optics
X-EUV
MultispectralView
MultispectralView is HASO Multispectral dedicated software for Spatio-Temporal Couplings analysis.
It enables the alignment of the device and a complete and direct characterization of the beam.