Photon etc.

Photon etc.'s hyperspectral imaging systems are designed to capture detailed spectral and spatial information, providing access to a universe of data invisible to the naked eye. As a Montreal-based manufacturer, the company offers robust solutions for a variety of applications, from materials science to industry. These systems are used for the characterization of nanomaterials and solar cells, thin-film analysis, and optical metrology. In the industrial sector, they help optimize processes such as waste and recycling sorting, as well as quality control in the agri-food and mining industries. Photon etc.'s expertise in complete system integration ensures that researchers and industrial partners have precise tools to accelerate innovation, whether for developing new materials or optimizing manufacturing processes. The technologies cover linescan hyperspectral imaging, area spectral imaging, and microscopy.

Photon etc.'s range of infrared cameras specializes in the short-wave infrared (SWIR) and extended SWIR (eSWIR) spectrum, crucial domains for many advanced technological applications. Manufactured in Montreal, these cameras are the result of deep expertise in photonics and are designed for high-precision performance. They are essential in fields where visible imaging is limited, such as semiconductor inspection, where they allow for seeing through silicon. Other applications include surveillance in the defense and security sector, laser beam profiling, and spectroscopy. By offering SWIR and eSWIR imaging solutions, Photon etc. enables researchers and engineers to explore previously inaccessible phenomena, thus contributing to the advancement of materials science, optoelectronics, and industrial vision. The precision of these cameras makes them a tool of choice for analysis and quality control.

Photon etc.'s preclinical imagers are essential tools for life sciences research, offering advanced imaging capabilities in the near-infrared (NIR-I and NIR-II) range. These systems enable in vivo bioluminescence and fluorescence imaging in small animals, which is fundamental for fields like drug discovery and pharmacokinetics. By allowing researchers to visualize and quantify biological processes in real-time within a living organism, these imagers accelerate the development of new therapies. Applications include oncology research, where they help track tumor growth and treatment response, as well as cardiovascular and neurological research. Photon etc.'s technology is also relevant for fluorescence-guided surgery (FGS), providing enhanced tissue visualization. These preclinical imaging solutions support basic and translational research by providing reliable, quantitative data.

The PHySpec software is an integral component of the Photon etc. ecosystem, designed to maximize the potential of the company's hyperspectral imaging systems. This powerful software allows users to fully control the acquisition hardware, visualize data in real-time, and perform complex analyses on hyperspectral data cubes. It was developed to be both robust for experienced researchers and intuitive for new users. With PHySpec, it is possible to process large volumes of data to identify spectral signatures, quantify materials or chemical substances, and create distribution maps. The software is an essential tool for transforming raw data into actionable information across all application areas, from nanomaterial analysis to agri-food inspection. Software customization is also available to meet specific analysis needs, making it a flexible asset for research and industry.

Beyond its standard product line, Photon etc. collaborates closely with its customers through its special projects and customization service. Leveraging its technological know-how and creativity, the Photon etc. team is capable of designing and manufacturing custom photonic solutions to meet unique and complex needs. This service covers the entire process, from the initial idea to commercialization, including the integration of complete systems. Whether it's adapting an existing imaging system for a new application, developing an entirely new instrument for cutting-edge research, or customizing analysis software, Photon etc. acts as an innovation partner. This collaborative approach makes it possible to transform the most ambitious challenges into concrete technological solutions, for both academic and industrial partners seeking to push the boundaries of imaging.