Most flexible Plate Reader for Assay Development
The CLARIOstar® Plus is our most flexible multi-mode plate reader. It comes equipped with our patented LVF Monochromators™, filters, and spectrometer. Flexibility combined with the best sensitivity of its class, and our newly developed Enhanced Dynamic Range technology, make it the ideal reader for assay development.
The CLARIOstar Plus is a multi-mode microplate reader with advanced LVF Monochromators™, highly sensitive filters, and an ultra-fast UV/vis spectrometer. The Enhanced Dynamic Range and automatic focus technologies make manual settings superfluous and detection optimisation easier than ever.
Atmospheric Control Unit, temperature incubation, multiple shaking, well scan and reagent injectors make the CLARIOstar Plus the ideal platform for any live cell-based assay.
- Innovative monochromators for increased sensitivity
- Fully-flexible wavelengths and bandwidths
- Spectral scanning in ABS, FI and LUM
- Largest dynamic range with no manual intervention
- Rapid full-plate autofocus
- Dedicated features for live cell-based assays
- Ultra-fast data sampling (100 measurements/second)
- Dedicated laser for Alpha Technology
- Easily integrated into automated systems
DNA purity ratio – fast and easy absorbance-based evaluation of nucleic acid qualityAnn-Cathrin Volz, BMG LABTECH, 77799 Ortenberg, Germany, 09/2021
Analysis of ERK1/2, p38αβγ and STAT3 phosphorylation with the THUNDER™ TR-FRET cellular kinase immunoassaysGeneviève Chatel , Mireille Caron , Jaime Padros, Bioauxilium Research, Inc., Montreal, Canada, 08/2021
Development of a microplate-based, near-infrared fluorescent detection method for unbound bilirubinCarl Peters, BMG LABTECH, USA, 07/2021
Identiﬁcation of false positives in a HTRF screen for small molecule inhibitors of PD-1/PD-L1Michael Speake , Stuart McElroy , , BioAscent Discovery Limited, Newhouse, UK, 06/2021
Antiviral assay based on expression of fluorescent proteins by the virusesAhlam Ali (1) , Manoja Rasamanikkam (2) , Ultan Power (1) , (1) Queen’s University Belfast , (2) BMG LABTECH, 03/2021