Phasics' wavefront
measurement solutions

Our entry-level yet high-resolution wavefront sensor covering the visible and NIR range, the SID4 is the perfect versatile tool for any laser or optical metrology application.

Based on Phasics' patented technology, the SID4 UV HR wavefront sensor offers both an unrivalled high resolution (512 x 512 measurement points) and a very high sensitivity (2 nm RMS) in the ultraviolet spectrum ...

The SID4 HR brings ultra-high phase sampling (416 x 360) and high dynamic range (500 µm PV) to the most demanding wavefront measurement applications. Its large aperture and extreme wavefront sensitivity makes it perfectly ...

The SID4 SWIR HR wavefront sensor integrates Phasics' patented technology with an InGaAs detector. Thanks to its ultra-high spatial resolution (160 x 128 phase pixels) and high sensitivity, it offers accurate wavefront measurement from ...

Kalas is a modular solution that integrates all the necessary components to characterize beams of up to 127mm (5’’) with high accuracy (< 15 nm RMS). In a single-shot, Kalas measures wavefront and intensity, ...

The R-Cube is an add-on for easy double-pass measurement with Phasics' wavefront sensors. It applies to mirror and large-lens aberration measurement and helps with calibrating optical test systems or the downsizing telescope in adaptive ...

The SID4 SWIR wavefront sensor integrates Phasics' patented technology with an InGaAs detector. Thanks to its high spatial resolution (80 x 64 phase pixels) and high sensitivity, it offers accurate wavefront measurement from 900 ...

SID4 UHR Ultra-High-Resolution wavefront sensor is adapted for optics metrology needs. It combines the SID4 ease of implementation with high sampling and resolution. Its large aperture allows to get a live wavefront measurement over ...

The SID4 eSWIR wavefront sensor integrates Phasics' patented technology with a T2SL detector and is the only high-resolution wavefront sensor covering the extended SWIR range from 1.2 to 2.2 µm. SID4 eSWIR is an ...

The SID4 eSWIR HR wavefront sensor integrates Phasics' patented technology with a T2SL detector and is the only high-resolution wavefront sensor covering the extended SWIR range from 1.2 to 2.2 µm. SID4 eSWIR is ...

The SID4 DWIR is the first off-the-shelf high-resolution wavefront sensor for dual-band infrared from 3 to 5 µm and 8 to 14 µm. It is well suited to characterize IR optics, blackbody sources, 3.39 ...

The SID4 HR V is the first off-the-shelf vacuum-compatible wavefront sensor on the market, and opens new horizons for adaptive optics in high-energy laser facilities. Measure wavefront in-situ in actual experimental conditions, characterize laser ...

Bringing high-resolution wavefront sensing as low as 190 nm, the SID4 UV is perfectly suited for UV optics testing, UV laser characterization (used in lithography or semiconductor applications), and surface inspection of lenses and ...

Phasics has the capabilities to develop custom SID4 wavefront sensors to answer your project requirements.

Challenging projects might require custom-made wavefront metrology solutions. The Phasics team develops customized optical test benches and machines built in answer to our clients' project requirements. Phasics' strong team of highly skilled optical, mechanical, ...

Every Phasics wavefront sensor is delivered with its expert software. The Phasics software suite covers applications in laser testing, adaptive optics, optical metrology and quantitative phase imaging.

The Phasics adaptive optics loop can integrate any deformable device technology: mechanical mirror, piezoelectric mirror, SLM, membrane... Phasics solutions are compatible with a broad list of solutions thanks to our established partnerships with many ...

Developed over four years, PhaseStudio is a significant advancement in wavefront measurement. It represents a major leap forward in the field of metrology solutions to address the specific requirements of photonics innovators.