By Photon etc
Next-generation SWIR & InGaAs imaging solutions Discover Next-Generation SWIR Imaging Solutions Operating beyond the visible spectrum, short-wave infrared (SWIR) technology covering wavelengths from 900 to 1700 nm unlocks critical optical data that traditional silicon-based sensors cannot detect. Photon etc. designs and manufactures industrial and scientific-grade Indium Gallium Arsenide (InGaAs) cameras engineered to solve complex imaging challenges—from automated polymer and textile sorting to high-throughput preclinical research. Below, explore our high-performance SWIR cameras, led by our cost-effective Alizé 1.7 (operating at -60 °C) and our ultra-sensitive, deep-cooled scientific benchmark, the ZephIR 1.7 (operating down to -80 °C). Dive into our product technical datasheets or select an application below to see how our high-end sensing platforms can elevate your industrial inspection systems and optical setups.
Infrared Microplate Reader Excite your probes at any wavelengths to validate their NIR-II emissions The ClaIR NIR-II microplate reader is able to capture full fluorescence spectra from 900 nm to 1600 nm. The instrument comes with your preferred laser-based excitation sources, which can be complemented by a high-power tunable light source. Photoluminescence map of single wall carbon nanotubes obtained by ClaIR Technology: Infrared Imaging Category: Plate Reader Technical Specifications Detection modes: Absorbance and fluorescence spectroscopy Microplate formats: 96-well plates (complying with ANSI/SLAS 1-2004 through 6-2012) Absorbance light sources: Halogen white lamp Absorbance spectral range: 500 - 1600 nm Fluorescence light sources: 650 nm and 735 nm laser diodes fiber entry for optional tunable light source (optional) Fluorescence spectral range: 900 - 1600 nm Detection: High sensitivity VIS and IR spectrometer Z-adjustment: Focal height adjustment (0.1 mm resolution) Read height: Adjustable bottom to mid well height Software: Data acquisition software Data format: CSV Computer interface: USB Line voltage: 120 - 230 VAC Dimensions: 690 x 535 x 275 mm Weight: 40 kg CLAIR and IRINA, a perfect combination for a sophisticated customization request To fulfill a special order, our team created a unique system combining our ClaIR and IRina products. Our engineers made sure that the system uses the same laser source for both products For any customization request, contact us at ventes@photonetc.com.
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Confocal Hyperspectral Microscope The CIMA microscope represents the next generation in confocal hyperspectral imaging. Sensitive across a broad range of wavelengths from 400 to 1700 nm, it achieves spectral resolutions as low as 0.2 nm in the visible spectrum and 0.6 nm in the infrared. Equipped with a galvanometer head and one of the market’s fastest cameras, CIMA boasts an acquisition rate of over 300 spectra per second. Its three versatile acquisition modes—confocal hyperspectral imaging, multispectral fluorescence imaging, and emission spectroscopy—make it a powerful tool for researchers in material science, biology, and photonics. CIMA Applications Overview - Simultaneously study the spatial distribution and spectral properties of complex nanomaterials such as upconverting nanoparticles and quantum dots; - Perform in vitro or in vivo high resolution hyperspectral microscopy; - Develop new sensors based on environment dependent spectral shifting of their fluorescence signal.
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Global Hyperspectral Raman Microscope The RIMA microscope combines hyperspectral imaging and Raman spectroscopy to deliver comprehensive spectral and spatial data faster than ever before. Unlike traditional point-by-point or line-scan systems, RIMA leverages high-throughput global-imaging filters to create Raman maps over large megapixel-scale fields of view in record time. RIMA Applications Overview - Perform low-dimensional material analyses like graphene and carbon nanotubes; - Monitor and analyze biological tissues non-invasively; - Intraoperative cancer imaging with SERS nanoparticles; - Identify materials (plastic, metals) and characterize their structure (crystallinity, phase, chemical bond, strain, stress).
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Hyperspectral Global Microscope LIMA™ is a darkfield hyperspectral imaging microscope based on a tunable supercontinuum source from 410 nm to 1620 nm. It uses Photon etc.’s filtering technology to illuminate the entire field of view of a research-grade microscope with a continuously tunable monochromatic, high power density laser light. Since only a narrow bandwidth of light is illuminating the sample per hyperspectral image, phototoxicity or light induced sample heating is greatly diminished and exposure can always be chosen to guarantee the best signal to noise ratio that enables imaging of nanoparticles of several nm in size.
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