Ybotech Feyond F100 Fluorescence Microplate Reader is an economical, single fluorescence microplate reader. Its high-quality optical path design makes it have excellent optical performance. This product is designed for bioluminescence scientific research, and can meet the requirements of nucleic acid quantification, fluorescent protein determination, molecular interaction studies, Ca2+ flow analysis, as well as reporter genes, fluorescent kinases and cell-based studies.
Feature
Feyond-F100 adopts high-energy xenon lamp as light source, which can realize high-resolution, high-sensitivity and ultra-fast detection test. The service life can be upto 10 years, no need to warm up, and it can be detected when it is turned on.
Filter-based fluorescence detectioon has high advantages in sensitivity and wavelength selection. Filters provide higher sensitivity, greater light transmittance, better filtering, and faster band selection. Feyond series adopts the optical path design of xenon lamp and filter, which can make the detection limit reach 1 pM (sodium fluorescein).
Using flexible orbital motion and precise detection points to achieve a scanning detection method of more than 700 points per well, providing more accurate and comprehensive detection data for cells cultured in suspension, reducing differences caused by different positions reading. The analysis sofrware can give the information of each point scan, and can display the point information of each well in color blocks.
Feyond-F100 can be used for fast kinetic analysis (such as Ca+ flux analysis) with ahigh-precision injector. It can monitor the fast kinetic reaction in time from the begining of the experiment to ensure the integrity of the experiment.
Feyond F100 Fluorescence Microplate Reader
Technical Specification
Model | Feyond F100 Fluorescence Microplate Reader |
Reading time | Top reading |
Excitation light source | Xenon lamp |
Detector | PMT |
Wavelength range | EX:200-1000 nm; EM:270-850 nm |
Filter EX/EM | 3 groups: EX470/EM525, EX523/EM564, EX624/EM692 (other wavelengths can be replaced) |
Detection limit | 2.5 pM |
Linear dynamic range | 6 logs |
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