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- IMA™ - Global Hyperspectral Microscope
IMA™ - Global Hyperspectral Microscope
IMA™ - Global Hyperspectral Microscope
- Spectral Range: 400 - 1620 nm, divided into VIS (400-1000 nm) and SWIR (900-1620 nm).
- Spectral Resolution: Less than 2 nm for VIS and less than 4 nm for SWIR.
- Spatial Resolution: Sub-micron, limited by microscope objective NA.
- Cameras: CCD, EMCCD, sCMOS, and Photon etc. InGaAs camera options.
- Excitation Wavelengths: Up to 3 lasers, with specific wavelengths available.
- Microscope Configuration: Upright or inverted, scientific grade.
- Scanning Speed: Maximum of 150 ms per wavelength.
- Stage Travel Range: 76 mm x 52 mm with manual stage, 100 nm Z resolution.
- Illumination: Various options including diascopic, episcopic, Hg, and halogen.
- Software: PHySpec™ control and analysis software on Windows 10.
- Dimensions and Weight: Approximately 150 cm x 85 cm x 82 cm, 80 kg.
- Power Requirements: 120 VAC / 12A / 60Hz or 230 VAC / 12A / 50Hz.
- Objectives magnification ranging from 10X to 100X.
- Spectral range extension options, including UV.
- Motorized stage and filter wheel options.
- Additional modules for electroluminescence and photometric calibration.
- Delivers spectral and spatial information in VIS, NIR, and SWIR ranges.
- Faster and more efficient than standard systems due to high throughput global-imaging filters.
- Multiplexing: Identification of carbon nanotubes with spectral and spatial imaging.
- Degradation and Sample Growth: Photoluminescence mapping of perovskite crystals.
- Cell Labeling: Darkfield imaging of gold nanoparticles in cancer cells.
- Inhomogeneity and Defects Mapping: Luminescence mapping of perovskite devices.
- Imaging of multiplexed emitters and spectral heterogeneities.
- Fast imaging capabilities with large area coverage.
- Access to the second biological window (900 - 1620 nm).
Catalog excerpts
* A spectrum of solutions CD 5795 DE GASPE AVENUE, #222 MONTREAL, QUEBEC, H2S 2X3 CANADA IMA™HYPERSPECTRA MICROSCOPE Upright configuration TECHNICAL SPECIFICATIONS © 2020 Photon etc. Inc. All rights reserved.
Open the catalog to page 1
key points - Spectral and spatial imaging Spectral and spatial identification of CNT » Imaging of multiplexed emitters False color fluorescence image of SDC-suspensed HiPco carbon nanotubes on a glass surface. Each color (17 species) corresponds to a spectrum, as shown below. » Study of sample formation, degradation and identification of deficient areas » Mapping of spectral heterogeneities » Access to the second biological window (900 - 1620 nm) » Fast imaging – 1.4 million spectra in minutes » Large area – hundreds of µm2 up to a few mm2 with fast stitching 3. degradation - sample growth Black...
Open the catalog to page 2All Photon etc. catalogs and technical brochures
- Photon digital camera
- Visible imager
- CMOS camera module
- Industrial camera module
- Photon infrared camera
- Monitoring camera system
- Windows software
- USB camera module
- Spectrometer
- Detection camera system
- Monochrome camera module
- Image processing camera module
- Optical microscope
- HD camera module
- Inspection imager
- Thermographic camera
- Laboratory microscope
- Automated software