Quantitative imaging systems

Systems such as Q-Phase have been developed to provide maximum clarity in the observed images, with no artifacts, and conveying quantitative information about the studied subject. Quantitative Phase imaging technology has been around for more than a decade but our patented microscope Q-Phase with incoherent light source is bringing a real powerhouse to every lab. We strongly believe that quantitative phase imaging is vital in pushing research of any kind further and further because its results are robust, replicable and of high-quality.

Software for quantitative imaging systems

A combination of precise light optics and software allows for unprecedented ways to observe and analyze cells, cell populations or cell cycles. Our software SophiQ provides researchers with most robust tools for cell image analysis. Its been developed with several artificial intelligence programmers. It has been developed with close cooperation with cell biology researchers in order to create a unique software which will facilitate their work Also, by automating routine tasks and functions we have developed a comprehensive tool for their data analysis. And we will not stop there! By employing the AI technologies, we aim at creating the analytical software for future generations. Since Quantitative Phase Images convey a hard data which are ready to be part of mathematical model, they represent an ideal input for AI analysis.

Light optics instrument

Our second light optics instrument, LiveCodim, is developed to widen the possibility of all research labs currently equipped with widefield or confocal microscopes. By using our platform any microscope can be turned into a super resolution microscope. It is a standalone device which passes the limit of light diffraction and achieve resolution of 90 nm. All this is completed in very sensitive manner with respect to subject matter studied, so you can minimize levels of photobleaching and phototoxicity.