Resonon Bio LIF Hyperspectral Fluorescence Imaging System

Hyperspectral measurement technology can obtain spectral and spatial information from samples, making it suitable for detecting the quality and quality of organisms, food, and agricultural productsHas unique advantages. Chlorophyll fluorescence is a non-destructive technology with great potential for application. Due to the ability of hyperspectral fluorescence imaging to provide insights into the emission of biological samplesThe spectral and spatial information of fluorescent radiation can provide new opportunities for post harvest quality and quality assessment of biological samples and agricultural products.Bio-LIFHyperspectral fluorescence imaging system converts laser-induced fluorescence（LIF）The perfect combination of measurement technology and hyperspectral imaging technology isA revolutionary advancement in the field of hyperspectral imaging provides ultra-high spectral resolution and insight into biological samples. Provide comprehensive data collectionAnalysis and visualization, ushering in a new era of scientific discovery.

characteristic

532 nm laser excitation wavelength

•Per pixel335A spectral channel

• Easy to distinguish between shifted or overlapping emissions

An automatic scanning program with built-in spectral calibration and automatic exposure functions

Suitable for 90mm Ø culture dishes or standard 96 well microplates (127mm x 86mm)

Scanning time: 25 seconds

Bio LIF software includes data collection, powerful analysis and visualization functions, and provides user-defined plugin interfaces

•High resolution, reliable data

Bio LIF scan data of Escherichia coli population Spectral curve of a single bacterium magnified 60 times

technical parameter

Biological laser-induced fluorescence scanning image of cotton poplar leaves