 The main features of our wavefront sensor based on lateral shearing interferometry are its intrinsic high resolution and tunable dynamic range. With a resolution range of 128x128 measure points, the Phasics wavefront sensor makes the wavefront analysis becomes more accurate.
With new Phasics technology, the wavefront sensor product line brings new opportunities in wavefront analysis.
From 1971 to nowadays, the most common self-referencing technology used for wavefront analysis was the Shack Hartmann one. Presently, Phasics proposes a very innovating technology for wavefront analysis. With the basic wavefront sensor, the wavefront analysis reach very hight resolution.
Phasics wavefront sensor product line responds to the needs of the wavefront analysis and have various applications:
> wavefront analysis for Laser beam characterization
> wavefront analysis for Beam & Focal spot shaping
> wavefront analysis for Ophthalmology
> wavefront analysis for Metrology
For more information on PHASICS wavefront analysis, click here "SID4", "OASys", and "Our Technology".
aberration control | adaptive optic loops | adaptive optics | flatness optical measurement | focal spot shaping | interferometer | interferometers | laser beam analyser | laser beam analysis | laser beam sensor | laser beam shaping | laser vision correction | lateral shearing interferometer | lateral shearing interferometry | oasys | ophthalmic wavefront | optical metrology | phase control | phase sensing | phasics | roughness optical measurement | shack hartmann | shack hartmann sensor | sid4 | wavefront aberrometer | wavefront analyser | wavefront analysis | wavefront_control.html | wavefront correction | wavefront sensor |
Phasics