missing translation for 'onlineSavingsMsg'
Learn More

BioTek™ Synergy™ 2 Multi-Mode Microplate Readers

Designed for life science and drug discovery applications. BioTek Synergy 2 Multi-Mode Microplate Readers include dedicated optical elements which are optimized for each specific modality for low limits of detection in one compact instrument.

Brand:  BioTek™ SLFA

UNSPSC : 41110000

Code : Z1

Additional Details : Weight : 27.00000kg

 View more versions of this product

Product Code. 12647813

  • £31300.00 / Each


Call for latest availability
+44 (0)1509 555 500
Add to basket

Includes: Gen5™ software controlled through USB or serial port

Specifications

Description

  • Fluorescence intensity, time resolved fluorescence, fluorescence polarization, glow and flash luminescence, UV-Vis absorbance, FRET, TR-FRET, BRET, area scanning, adn spectral scanning
  • Optical system includes a narrow band monochromator, optimized filter/dichroic mirror pairing and three broad spectrum light sources — SQ Xenon Flash, Tungsten Halogen and High Energy DPR Xenon Flash
  • Modular design allows for easily upgrading elements
  • Optimized throughput for screening assays in 6- to 1536-well plates (luminescence 6-384) and PCR plates
  • Compatible with Take3 and Take3 Trio Micro-Volume plates — up to 16 or 48 2μL samples for low-volume DNA, RNA and protein quantification
  • Temperature control from 4° above ambient to 50°C
  • 11-120-515 includes two syringe pumps with dispensing volume of 5-1000μL in 1μL increments

Applications

  • For in vitro diagnostic use (except in the European Union)
  • Screening assays; Binding assays; Ion channel assays; Quantitative assays (DNA, protein); Kinetic assays; Gene expression assays (GFP, Luciferase); ELISA assays; Cell proliferation, Cytotoxicity

Compliance

CE and NRTL Safety Agency marked

Description & Specifications

Specifications

With luminescence, fluorescence, absorbance
0.001 O.D.
96 wells: 11 seconds; 384 wells: 22 seconds; 1536 wells: 42 seconds
43.5cm
27kg
200 to 999nm; 1nm increments
0 to 4.0 O.D.
44.5cm
37.3cm