Groundbreaking wavefront
sensing solutions

Complete lenses and assemblies metrology

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Discover Phasics's products

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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

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.

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.

News & Events

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 ...

Publication

The Role of Phasics QPI Camera in Advancing Optical Isolator Technology

A recent study in Nature Photonics unveils the first miniature optical isolator for photonic chips, achieving unprecedented performance with the aid of the Phasics QPI camera, which enabled ...

Exhibition

SPIE Photonics West 2025: Showcasing New Advances in Optical Metrology

This year at Photonics West, the leading event for optical innovation, Phasics was pleased to participate and share our expertise in wavefront sensing technology. Our presence facilitated engaging ...

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