Tag: microscopy

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OQaPI software for phase imaging microscopy

Leida technologies releases improved version of OQaPI image post processing software

INNOVIDEA’s partner Leida technologies announces that a new version of its OQaPI software for phase images processing in microscopy is available. Thanks to a machine learning system, the process time has been reduced by a factor of 4. This version supports French and English languages (with automatic language detection).

OQaPI is a software, compatible with ImageJ, allowing to get two types of phase images: Differential Phase-Contrast images and phase images. Another functionality of OQaPI is calculating a bright field image: with some objects, this method presents a better spatial resolution than the one given by classical bright field illumination (Köhler illumination).

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Altamira kit for microscope

Microscopy phase imaging made simple

INNOVIDEA is delighted to help Leida Technologies launching internationally Altamira, its multimodal phase imaging kit for optical transmission microscopes .

Altamira is a turnkey, affordable solution compatible with many microscope brands and models (Leica, Leitz, Nikon, Olympus, Realux, Zeiss,…). It opens advanced microscopy observation possibilities; real time differential phase contrast, anomal phase contrast, 3D reconstruction.

It is an ideal solution for many fields such as microbiology, oceanography, palinology, pharmaceutical or chemical industry. More to discover about blood disease, plankton, pollen,…

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µLight Gen II from Leida Technologies

New innovative light source for microscopy

Based on a spatial and chromatic structuring of light, the illumination source μlight Gen II from LeidaTechnologies – partner of INNOVIDEA – innovates in transmission optical microscopy.

It allows observation in conventional techniques (brightfield, darkfield, phase contrast) with very fine adjustment of colorimetry and easy automation via its software μLight CS (SDK available). Usable with conventional microscopes, old or new, inverted or straight, it allows observations generally not accessible on these instruments: oblique illumination, differential phase contrast or with brightfield lenses, on-line digital holography, Fourier ptychography.

The main applications cover life sciences (cell imaging, microbiology), food and materials (particle analysis, polymers, optics).