CytoViva
CytoViva provides hyperspectral imaging solutions from the visible to near infrared range, which are specifically designed to work with all modalities of optical microscopy. This includes CytoViva’s patented enhanced darkfield microscope optics, fluorescence and standard brightfield microscopy.
A hyperspectral microscope is unique in its ability to capture optical spectral data in every pixel of the microscopic sample image. The hyperspectral microscope enables comparative spectral review, spectral mapping and other analysis of different elements within a sample. These sample materials can include fluorescent, plasmonic or other light scattering materials as well as live cell and tissue samples.
Nicolet iN10 MX
The Nicolet iN10 MX Infrared Imaging Microscope provides the power required to rapidly acquire and analyze chemical images to enhance your understanding of the chemical distribution of materials in heterogeneous samples.
- Microspectroscopy
- Material identification
- Packaging and laminate
- Coating
- API mixture distribution mapping
- Contaminant identification
- Failure analysis
OPTIR-AFM-IR
The mIRage is sub-micron IR spectroscopy and imaging system. OPTIR is a proprietary technique that breaks the diffraction limit of infrared. It bridges the gap between conventional IR micro-spectroscopy and nanoscale IR spectroscopy.
- Sub-micron IR spectroscopy and imaging
- Non-contact – fast and easy to use
- Transmission quality IR spectra in reflection mode
- No need for thin sections
Raman
inVia Raman microscope
- high throughput and high sensitivity
- can resolve weak Raman bands (4th order silicon)
- high spectral and spatial resolutions
- 4 objectives: 10x (0.25 NA), 50x (0.75 NA), 63x (1.2 NA) and 100x (.085 NA)
- 2 lasers: 785 nm and 532 nm
Spero
Spero Chemical Imaging Microscope. High throughput and high sensitivity, label free infrared microscopy
- Transmission, visible and reflection modes
- Diffraction limited, high-sensitivity imaging with Focal Plane Array (FPA) detector
- Multiple, high-NA, large FOV imaging optics (0.7 NA and 0.3 NA)
- Live, real-time infrared imaging
- High-throughput hyperspectral imaging enabled by ultra-high brightness QCL technology (>7 M spectral points per second)
- Large, flexible sample compartment
- Multiple configuration options including extended wavelength coverage and automated polarization control
Vis-SWIR
Visible - Short wave infrared (Vis-SWIR) Hyperspectral imaging enhances understanding of biological through spatially resolved measurement of their interaction with light. This system includes:
- FX10e VNIR 400-1000 nm hyperspectral camera
- Specim SWIR-CL-400-N25E SWIR 1000-2500 nm hyperspectral camera
- SWIR lens