Groundbreaking wavefront
sensing solutions

Complete lenses and assemblies metrology

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Expert optics testing stations

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Unique plug & play quantitative phase imaging cameras

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Laser testing and deformable mirror control for ultra-intense laser facilities

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Quality control of ADAS camera lenses 

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Supporting challenging optical metrology for space programs

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AR/VR components qualification

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Lens and assembly are qualified using Phasics unique wavefront sensor and optics test stations
discover Phasics new product design
Phasics automated wavefront and MTF measurement test station
Phasics quantitative phase imaging technique can be integrated on any optical microscope
Ultrafast ultra intense laser system can be measured with SID4 wavefront sensor and optimized with OASYS adaptive optics loop
ADAS lidar and lens can be controled with phasics optics testing solutions
Space program benefits from Phasics QWLSI wavefront sensing technology
Augmented reality headset optical systems can be qualified with SID4 wavefront sensor
Laser Measurement
Optical Metrology
Quantitative Phase Imaging
Material Inspection

Find the right wavefront sensing solution for your application

Phasics specializes in high-resolution wavefront sensing. It offers a broad range of groundbreaking, high-end wavefront sensors, quantitative phase imaging cameras, integrated optics testing stations and custom-made wavefront measurement systems. Phasics's solutions address a large variety of applications: laser beam characterization, laser optimization with adaptive optics, optical system alignment, optical components testing and quantitative phase microscopy.

Phasics SID4 HR wavefront sensor

SID4 HR

High resolution wavefront sensor
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 ...
Phasics Kaleo MTF test station

Kaleo MTF station

Automated test station for lenses optical quality qualification
The Kaleo MTF instrument is ideal for measuring sets of lenses at the design, prototyping, or production phase. It delivers the most complete lens characterization: on & off-axis MTF, radiometry, and wavefront error at ...
Phasics Kaleo MultiWAVE test station

Kaleo MultiWAVE

Cost-effective, dynamic interferometer at any wavelength
Phasics is innovating in optical metrology with a new instrument able to measure both transmitted and reflected wavefront error (TWE/RWE). Coated and uncoated optics can be qualified over a diameter of 5.1 inches (130 ...
Phasics SID4 SWIR HR wavefront sensor

SID4 SWIR HR

High resolution SWIR wavefront sensor
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 ...
picture of Kaleo Kit, a modular wavefront metrology solution developped by Phasics

Kaleo Kit

Fully modular metrology solution from UV to IR
Kaleo Kit is a modular system for optics qualification. It combines a broad range of compatible modules, that let you create a cost-effective, compact, and easy-to-use system that can adapt to a wide range ...
Phasics SID4 sC8 wavefront sensor and quantitative phase imaging camera

SID4 sC8

sCMOS based quantitative phase imaging camera
Designed for life science and material inspection quantitative phase imaging applications, the SID4 sC8 brings fast, accurate, and truly quantitative phase measurement in a compact, plug-and-play solution. Biologists will benefit from label-free cell imaging, ...
Phasics SID4 UV wavefront sensor

SID4 UV

Cost-effective, high resolution UV wavefront sensor
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 ...
picture of Kalas, a modular large beam analyzer with SID4 developped by Phasics

Kalas

Fully modular solution for beams qualification with high accuracy
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, ...
Phasics Custom SID4 wavefront sensor

Custom SID4

Custom made SID4 developed to meet your project requirements
Phasics has the capabilities to develop custom SID4 wavefront sensors to answer your project requirements.
Our Products

Explore Phasics’s application markets

Phasics's high-performance wavefront sensors, quantitative phase imaging cameras, and integrated metrology solutions are addressing metrology challenges in a broad range of academic research and industrial markets.

Phasics application markets in lasers

Laser

Phasics application markets in optical manufacturing

Optical manufacturing

Phasics application markets in phase microscopy

Microscopy

Consumer electronics market | AR/VR | Smartphones

Consumer electronics

Aerospace | Defense | FSOC | Astronomy

Astronomy, defense, and space

SID4 wavefront sensors for OEM integration

OEM integration

Automotive - Testing instruments for LIDAR and ADAS systems

Automotive

Semiconductor | Optical metrology solutions for the semiconductor industry

Semiconductor

News & Events

Exhibition

Recap of LASER World of PHOTONICS CHINA 2025: Precision Meets Partnership

The 2025 edition of LASER World of PHOTONICS CHINA concluded on March 13th, leaving us inspired after three days filled with valuable interactions. We extend our heartfelt thanks ...

Publication

Advancing Optical Precision: Metasurface Metrology with Phasics' Cutting-Edge Technology

As compact, efficient, and highly functional optical devices, metasurfaces push innovation across various industries. The integration of Phasics' metrology solutions into the production and testing phases ensures that ...

Publication

Trapped-Ion Quantum Computing: Precision Optics and Scalable Control

Unlike superconducting or photonic quantum computing approaches, trapped-ion quantum computers require the integration of multidisciplinary technologies, including vacuum systems, laser and optical systems, radiofrequency (RF)/microwave engineering, and coherent ...

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