#technology #science What is Hyperspectral Imaging? Exploring the Advantages of Hyperspectral Imaging (HSI) Over RGB and Multispectral Imaging The Basics of Hyperspectral Imaging Spectroscopy is the study of the interaction of matter with electromagnetic radiation as a function of the frequency of the radiation. Different materials will absorb or reflect this radiation due to their…
#applications #technology Video Spectroscopy Will Replace Push-Broom A Market Comparison with Snapshot Industrial Imaging Why Video Spectroscopy will Replace Push-Broom in the Long Term Over time, Video Spectral Imaging will supplant the more cumbersome Push-broom spectral imaging in most areas. This market shift mirrors the evolution of the industrial imaging market. Initially, line scan digital…
#products #technology Video Spectroscopy in High Speed Introducing the new ULTRIS 5 HFR with up to 75 Hz Introducing the new ULTRIS 5 HFR with up to 75 Hz True video spectroscopy at high speed – The new ULTRIS 5 HFR (high frame rate) records and processes up to 75+ cubes per second with the…
#products #technology ULTRIS 5 Relay Lens Adapter A C-Mount Adapter for the ULTRIS 5 Thanks to its light field-based design, the ULTRIS 5 operates without the need for attaching additional lenses. This feature allows the device to deliver unprecedented performance for a hyperspectral snapshot imager. However, with the ULTRIS 5 Relay Lens Adapter, you can…
#technology #products The Snapshot Advantage Learn more about True Video Spectroscopy Snapshot Systems And Hyperspectral Imaging Hyperspectral imaging, which combines spectral and spatial information, has enabled advances in diverse fields such as precision farming, machine vision, and biomedical imaging. A hyperspectral camera produces a 3D data cube composed of 2D spatial (x, y) and 1D…
#technology #products Smile of the ULTRIS X20 How the Smile of the ULTRIS X20 is measured What is the FWHM of the channels? What is the smile of the camera? The FWHM (Full Width at Half Maximum) of the ULTRIS X20 is designed to be 10 nm for every channel in the 350-1000 nm range….
#technology #products Sharpness of Spectral Imaging Cameras Methods for Measuring the Optical Resolution of Light Field Hyperspectral Imaging Cameras How to Measure Camera Sharpness with a Siemens Star There are various methods for measuring the optical resolution or sharpness of a camera. One of the simplest methods is sharpness measurement using a Siemens star. This…
#technologie #software Real-time Image Classification Based on Machine Learning How Hyperspectral Image Data Supports Machine Vision How Hyperspectral Image Data Supports Machine Vision Discover how easy it can be by watching the video from our presentation at CHII 2018 in Graz. The Power of Spectroscopy Spectroscopy enables users to identify spectral features that are invisible…
#products #technology Radiometric Calibration Now Available: Capture Radiance Data with Every Camera Model Advancements WITH OUR software Over the past few years, we have made significant advancements in our core software, and we are excited to share these improvements with our customers.Thanks to our enhanced manufacturing capabilities, we can now perform radiometric calibration on all…
#technology #science Light Field Technology The Working Principles of Light Field HSI What is Light Field Imaging? A photographic camera captures the radiant intensity of light in a plane. A light field camera captures the entire light field in a plane. The light field consists of the radiant intensity and the direction of the light….
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