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Building 1, International Entrepreneurship Park, No.2 Shangdi Information Road, Haidian District, Beijing
Beijing Yuechangxing Technology Co., Ltd
Building 1, International Entrepreneurship Park, No.2 Shangdi Information Road, Haidian District, Beijing

Filter Max launched by Molecular Devices ® The filter type desktop reading instrument can achieve reading modes including absorption light (UV/VIS), fluorescence intensity, chemiluminescence FRET、 Time resolved fluorescence and fluorescence polarization, combined with endpoint method, kinetics, linear scanning, and single hole multi-point scanning, provide unparalleled convenience for obtaining reliable results. Filter-Max ® The board reader exhibits excellent accuracy and sensitivity, meeting your various biological detection needs, including drug development, genomics, proteomics, and cell-based research.
main features
Patent protected Auto LED energy regulation and ultra long service life
The most ideal choice for automatic Z-height optimization and cellular applications
● High throughput, up to 1536 well plate detection
The value of 3-5 functions and multifunctionality - the price of a single function
application area
Drug development, genomics, proteomics, and various cell-based studies. The main applications include: DNA/RNA protein quantification, ELISAs/enzymatic kinetics detection, drug degradation experiments GPCRs、 Endotoxin testing, intermolecular interactions, cell apoptosis, Live/Dead activity/cytotoxicity testing, etc.
Experimental examples
Protein kinases play a central role in regulating many cellular response processes. In recent years, it has become an important target for cancer and many other disease drugs. IMAP is a fast, non radioactive kinase detection technology developed by Molecular Devices. The principle of IMAP detection technology is based on the binding of phosphate ions with surface solidified nanoparticles containing trivalent metal ions. SpectraMax F5 is a multifunctional microplate reader based on a filter type, allowing users to have higher sensitivity and maximum dynamic range for detecting fluorescent dye molecules.