Synergy LX Multi-Detektions-Reader
Synergy™ LX Multi-Mode Microplate Reader economically automates many common microplate assays. Its large touchscreen user interface and onboard software simplify programming and operation for microplate and micro-volume assays. The high quality optic design ensures excellent data in absorbance, fluorescence and luminescence detection modes, enabling many common assays including nucleic acid and protein quantification, ELISA, BCA, Bradford and cell viability. Immediate data display, plus output to a USB flash drive, printer or Gen5™ Software makes the Synergy LX a versatile assay workstation. The upgradable design allows your lab to buy what is needed today and add other detection modes in the future.
- Affordable multi-mode reader
- Supports common endpoint assays
- Micro-volume quantification with Take3 plates
- Continuous UV-Vis wavelength selection: 200 nm to 999 nm
- High performance, high blocking filters for fluorescence and luminescence
- Touchscreen: Easy operation, immediate data display
- Output to USB flash drive, printer or Gen5 Software
Anwendungen
Get quick DNA purity and quantification results with Synergy LX and the Take3 plate
BioTek Field Applications Scientists (FAS) and Product Specialists provide unparalleled scientific support, assisting with experimental planning and assay optimization on BioTek’s instrumentation and software. Learn how they can help move your science forward… faster!
Merkmale
Micro-volume quantification with Take3 plates
Micro-volume analysis with BioTek’s Take3 plate and Synergy LX is fast and easy, too. Pre-programmed nucleic acid and protein protocols in Synergy LX display immediate results for up to sixteen, 2 µL samples. Output results to a USB flash drive for use in downstream workflows.
High performance, high blocking filters for fluorescence and luminescence
There’s no compromise on performance in Synergy LX. The high quality filters, coupled with dichroic mirrors in the Synergy LX filter cubes efficiently block background to ensure the best sensitivity for fluorescence measurements.
