HTS Multi-Mode Microplate Reader

Laboratory products

HTS Multi-Mode Microplate Reader

03 Feb, 2014

Published over 12 years ago. See the latest and most current information on Laboratory products.

Synergy Neo, from BioTek is an HTS multi-mode microplate reader designed specifically for today's screening and core laboratories. Synergy Neo has all the features expected in an HTS screening instrument, including multiple parallel detectors for ultra-fast measurements and a dedicated filter-based system for live cell assays. With a load/unload plate transfer time of about 6 seconds per plate, Synergy Neo’s optional plate stacker is the fastest stacker on the market, allowing walk-away automation of short- or long-term assays. Synergy Neo also meets today's diverse assay requirements by incorporating features such as a powerful 100 mW laser-based excitation source for Alpha assays, a unique patented hybrid optical design, advanced temperature control to 65ºC, orbital and linear shaking. Ease of use and user confidence are key to the design of Synergy Neo’s unique filter cubes that are barcode labelled for positive filter ID – limiting the possibility of errors and streamlining the workflow, while an available camera-based barcode reader can scan both 1D and 2D barcode-labelled plates. The outstanding functionality of Synergy Neo is controlled by the powerful, yet easy to use, Gen5 2.0 Data Analysis Software. If you are involved in the HTS screening world, Synergy Neo was designed just for you.

ILM Guide 2026/27

Explore our Digital Edition

Discover the latest news and research

Digital edition

Explore Our Other Sites

Envirotech Online
Do we need to widen our sampling sources for PFAS contamination?
Explore more Arrow
Pollution Solutions Online
Next-generation reverse osmosis membranes for more efficient and cost-effective seawater desalination
Explore more Arrow
Petro Online
Three generations of innovation. One powerful new platform
Explore more Arrow
Chromatography Today
Wiley expands forensic drug database for faster identification of designer drugs
Explore more Arrow