Applications of our broadband technology
Discover the range of industrial and scientific applications that can benefit from our high-tech spectroscopy devices.
Applications
Discover the applications of our broadband technology for both the scientific and the industrial fields, spanning material science,food quality control, microbiology, and more.
Hyperspectral cameras excel at drugs identification and characterization by detecting chemical variations in the spectral data.
Hyperspectral imaging is a powerful tool to distinguish plastic materials thanks to their specific spectral features, allowing precise and rapid waste separation and recycling.
Hyperspectral imaging cameras enhance food quality analysis by providing accurate information on samples like meat, fish, fruit, and seeds.
Hyperspectral imaging cameras quantify freshness, shelf-life, and quality in perishable vegetables for smart farming and vertical agriculture.
Hyperspectral imaging cameras non-invasively analyze artifacts and artworks, offering detailed insights on composition, condition, and history.
Hyperspectral imaging cameras provide precise and efficient solutions for color measurement applications on various materials and products.
Combine spectral and temporal resolution to measure dynamics at all wavelengths and observe how the fluorescence spectrum evolves in time.
Steady-state fluorescence spectroscopy and Fluorescence Excitation-Emission Maps (EEMs), powered by GEMINI interferometer.
Transient Absorption Spectroscopy (Pump-Probe) and Coherent Raman Spectroscopy, powered by GEMINI interferometer.
Two-dimensional electronic spectroscopy: an ultrafast laser spectroscopy technique that can probe the electronic, energetic, and spatial landscapes of a sample.
Fourier transform (FT) spectroscopy is a technique that uses interference of light rather than dispersion to measure spectra
Working principles of a monochromator, which measures the light spectrum, compared to the innovative technology of GEMINI interferometer.
Hyperspectral imaging is a novel spectroscopy technique that captures detailed spectral information for each pixel of an image.
The novel Fourier Transform-based HERA hyperspectral imaging cameras are designed to provide an exceptional light throughput, resolution, and ease of use.
HERA hyperspectral cameras are widely used in the semiconductor industry, to characterize silicon wafers and new materials (e.g. perovskites), both in macroscopy and microscopy.
TRICLOPS spectrometer represents a non-destructive and rapid method in the dairy industry, to accurately quantify the fat content in milk.
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Discover our products
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GEMINI Interferometers
Patented design for FT spectroscopy. Compact design, exceptional light throughput, accuracy and stability.
