What is flow cytometry? Flow cytometry (FMC) is a reference technique for the analysis of particles suspended in a fluid. It enables the simultaneous measurement of several physical and biological characteristics of each particle. This is typically the case for cells, or bacteria in...
Optical design is a key area in the design and optimization of optical systems. Whether for cameras, optics, optronic devices or advanced photonic measurement instruments. At Imasolia, we use Ansys Zemax OpticStudio. It's the reference software for designing and optimizing our photonics optical systems...
We are delighted to announce the design of a new optical non-destructive testing (NDT) device, designed to characterize industrial sprays. Imasolia's ambition is to become a key player in Industry 4.0 by offering its customers intelligent photonic solutions designed to make industrial sprays reliable and optimize them....
Visual inspection plays a crucial role in modern industry, where the relentless quest for quality and efficiency is essential. It is a branch of Photonics, designed to modernize industry in particular. This practice, long carried out manually, has undergone a major transformation thanks to technological advances. This article explores...
Photonics is used in many sporting events. This science will be widely exploited at the Paris 2024 Olympic Games, celebrated from July 26 to August 11, 2024. For the first time in the Summer Olympics, the ceremony will take place outside the stadium. In this way, Paris 2024 breaks the codes of sporting competition by bringing the...
Image processing in the field of Biology and Medicine is crucial for many sectors. Research and industry, for example. More and more applications require image processing and analysis. Several microscopy techniques are currently in use...
We're hearing more and more about Photonics. But what is Photonics? Since 2015 and the Year of Light, the term Photonics has taken a new turn with a democratization of the word to the general public. In this article, we'll explain how Photonics...
A rainbow is caused by the interaction of a beam of light with a drop of liquid. In the laboratory, rainbows formed by a laser beam illuminating a drop of liquid can be studied. By filming the rainbow, we can then study and extract physical information about the drop from this signal. In...
PIV (Particle Image Velocimetry) is a tomographic imaging technique. It measures the flow velocity of fluids seeded with particles (or "tracers"). These tracers must follow the movements (in space and time) of the fluid under study. They must also be in high concentration...