Wavefront Metrology & Adaptive Optics

Axiom Optics is pleased to offer the entire line of wavefront metrology and adaptive optics systems manufactured by Imagine Optic SA, a knowledgeable pioneer in the field.

Our solutions allow full measurement and control of the optical wavefront to an unmatched level of accuracy, resolution and dynamic range in the X-ray, VIS , NIR and SWIR spectral bands. We offer the following:

  • HASO Wavefront sensors X-ray-VIS- NIR- SWIR and accessories 
  • Turnkey Wavefront Metrology Solutions (HASO RFLEX LA and MESO systems)
  • Deformable mirrors and phase modulators (uDM, MIRAO, ALPAO DM, ILAO star, Zwobbel)
  • Closed loop and open loop adaptive optics software  (Wavetune, Wavekit Bio) 

Our systems are used by many engineers for the following applications: 

  • Laser beam characterization, M Squared measurement  
  • Laser spot optimization (Strehl ratio increase)
  • Optical component and systems characterization and alignment
  • Atmospheric correction in free space telecommunications and astronomy

Wavefront Metrology & Adaptive Optics

Filters

Wavefront Sensing Applications

Wavefront -after alignment of optical system Click here to read

Adaptive Optics Applications

Laser Beam Shaping & Adaptive Optics Solutions Click here to read

Blogs

5 Reasons To Utilize Shack-Hartmann Wavefront Sensors
5 Reasons To Utilize Shack-Hartmann Wavefront Sensors
MTF Measurement
MTF measurement using a Shack-Hartmann wavefront sensor
transmitted wavefront (TWE) of the sample without tilt (left side) and without tilt and curvature (right side)
A double-sided optical metrology procedure for full thin plane parallel optics, such as glass wafers
Spatial Light Modulators in Adaptive Optics: A Paradigm for Aberration Control 
CIAO: Compact Adaptive Optics for Ground-Based Telescopes and Free Space Optics
Aligning Optics with a wavefront sensor: the off axis parabola example 

Watch our videos

Optical alignment using a Shack-Hartmann wavefront sensor & a Hexapod | HASO SWIR LIFT 160 and PUNA
Measurement of wavefront radius of curvature using Shack-Hartmann wavefront sensors
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