IR VIVO™
The IR VIVO™ preclinical imaging system opens an unprecedented window into living bodies by fully...
Spectroscopy & Tunable Filters

Dedicated short-wave infrared plate reader

State-of-the-art non-dispersive tunable bandpass filter
Software & Customization

Custom solutions for a variety of applications

Designed to control the full range of Photon instruments, etc.
Preclinical

Designed to pick up even the faintest broadcast signals with exceptional sensitivity

Unmatched image clarity and sub-millimeter resolution in depth
Cameras

Next-generation SWIR & InGaAs imaging solutions

Extended-range short-wave infrared cameras
Hyperspectral Imaging

Designed for high-throughput industrial sorting and continuous flow analysis

Combines micro- and macro-level data to generate comprehensive data cubes

High-resolution spatial and spectral characterization at the microscopic scale
Resources
Publications resulting from research projects in applied sciences, nanotechnology, and cutting-edge scientific innovation.
Published by Photon etc. in the fields of life sciences, advanced materials, and industrial development.
Raman spectrum conversion application: wavelength, wavenumber, frequency, and bandwidth.
About us
A Quebec-based company specializing in the design and manufacture of advanced imaging technologies
An international distribution network capable of responding quickly to requests in their respective regions.
Technologies
A non-destructive testing technique that utilizes the electromagnetic spectrum.
Powerful technology that captures images outside the visible light spectrum
Development and innovation in imaging systems.
Life Sciences
Materials Science
Our infrared and hyperspectral imaging platforms push the boundaries of optical microscopy by fully exploiting the NIR-I (700–900 nm) and NIR-II / SWIR (900–1700 nm) windows. By operating within these specific spectral bands where biological tissues become highly transparent, our instruments drastically reduce light scattering and eliminate background autofluorescence. This cutting-edge technology provides researchers with unparalleled image clarity and sub-millimeter depth resolution, which are essential for high-precision vascular mapping, nanosensor tracking, and targeted molecular imaging.