BMG Labtech

Laboratory products from this manufacturer

• Product update Introduction BMG Labtech LUMIstar Omega microplate reader from Wolflabs. The LUMIstar Omega is BMG Labtech‘s powerful dedicated luminescence microplate reader, providing highly sensitive flash and glow assay readings. This DLReady-certified microplate reader can also come equipped with Simultaneous Dual Emission for BRET applications, and can be further upgraded to a multi-mode reader. Features and benefits - High performance microplate reader for luminescence - Measurement at up to eight distinctive wavelengths - Top and bottom reading - BRET, optional with Simultaneous Dual Emission detection - Up to two reagent injectors - Upgradeable to FLUOstar Omega or POLARstar Omega including multiple detection modes and UV/Vis spectrometer - Powerful MARS Data Analysis Software Product category Manufacturer Wolf Staff Date Microplate Readers BMG Labtech David Suddaby 10-Jun-2018

• Product update Introduction BMG Labtech FLUOstar Omega microplate reader from Wolflabs. The FLUOstar Omega is a versatile multi-mode microplate reader with six detection modes: fluorescence intensity(including FRET), luminescence (including BRET), UV/vis absorbance, time-resolved fluorescence, TR-FRET, and AlphaScreen/AlphaLISA. Features and benefits - High-speed absorbance measurements - Measurements in up to 384-well plates - Top and bottom reading - Incubation up to 45 or 65°C - User-defined shaking - Well scanning with up to 900 data points per well - High-precision injectors with simultaneous reagent injection and detection - Low-volume measurements Product category Manufacturer Wolf Staff Date Microplate Readers BMG Labtech David Suddaby 10-Feb-2018

• Product update Introduction BMG Labtech SPECTROstar Omega microplate reader from Wolflabs. Microplate reader with ultrafast UV/Vis spectrometer. Features and benefits - Captures UV/Vis absorbance spectra from 220-1000 nm down to a resolution of 1 nm - Spectrum acquisition faster than 1 second per well - Plate formats up to 1536-well - Fully upgradeable to FLUOstar Omega or POLARstar Omega - Up to two integrated reagent injectors - Plate shaking and incubation up to 65°C - Powerful MARS Data Analysis Software Product category Manufacturer Wolf Staff Date Microplate Readers BMG Labtech David Suddaby 01-Dec-2017

• Product update Introduction BMG Labtech POLARstar Omega microplate reader from Wolflabs. The POLARstar Omega is a versatile, filter-based multi-mode microplate reader with seven detection modes: fluorescence intensity (including FRET), fluorescence polarization, luminescence (including BRET), UV/vis absorbance, time-resolved fluorescence, TR-FRET, and AlphaScreen/AlphaLISA. Features and benefits - Two matched PMTs for Simultaneous Dual Emission - High-speed absorbance measurements - Measurements in up to 384-well plates - Top and bottom reading - Incubation up to 45 or 65 °C - Well scanning with up to 900 data points per well - High-precision injectors with simultaneous reagent injection and detection - Low volume measurements Product category Manufacturer Wolf Staff Date Microplate Readers BMG Labtech David Suddaby 01-Oct-2017

• Product update Introduction BMG labtech LUMIstar Omega microplate reader from Wolflabs. The LUMIstar Omega is BMG Labtech's powerful dedicated luminescence microplate reader, providing highly sensitive flash and glow assay readings. This DLReady-certified microplate reader can also come equipped with Simultaneous Dual Emission for BRET applications, and can be further upgraded to a multi-mode reader. Features and benefits - Dedicated luminescence detection for flash and glow assays - Measurement in up to 384-well microplate format - Top and bottom reading - Plate shaking and uniform incubation up to 45°C or 65°C - Well-scanning and real-time kinetic monitoring - High-precision injectors with simultaneous reagent injection and detection - Includes multi-user control and MARS data analysis software - Stacker compatible Product category Manufacturer Wolf Staff Date Microplate Readers BMG Labtech David Suddaby 02-Apr-2017