Design and develop custom wavefront sensors to meet your applications
Available HASO off-the-shelf respond to most of main stream and advanced wavefront sensing applications. Imagine Optic has also the capability to offer custom wavefront sensors and software for projects requiring some specifics metrological performance or specific environmental conditions. We have been involved in many demanding projects in both scientific research and industry, our solutions have always been successfully meeting their expectations.
We have many options in term of cameras and we have the tools to design the solutions capable to meet with the most exotic and extreme requirements.
- accuracy
- high speed
- extra large dynamic
- light photons
- tilt sensitivity
- spectral sensitivity
- footprint
- data interfaces
- low heat dissipation
- specific environment conditions
- mechanical interface
- software features
- sensing technologies
Specifications
Examples of delivered specifications are
–λ/1000 rms measurement accuracy
– 50 nrad tilt sensitivity
– 5000 photons/sec needed in the pupil
– 1 nm wavelength wavefront detection
– 200λ PtV of spherical aberration detection
– detection at 1E-7 mbar
Downloads
Service Documents
Microtraps | Application note : Enhancement of the Optical Quality of Microtraps for Single Atoms with HASO4 First
Optical metrology | Application note: Optical metrology measurements with HASO
Eyewear inspection | Application note : Eyewear and smart glass quality control
Telescope characterization | Application note : Telescope characterization with R-flex systems
Wavefront sensor and beam profiler | Application note : HASO wavefront sensor : phase + intensity measurements
Absolute measurement | Application note : How to characterize a wavefront sensor
Herschel Telescope characterization | Article : Herschel Telescope characterization with Imagine Optic's technology
Alignment | Application note: Simple alignment of complex laboratory optics using HASO wavefront sensor
NIR optics characterization | Application note : NIR optical elements characterization with HASO