Robust, high-value microplate readers can run samples based on pre-defined protocols and standard filter modes cover the entire visible range for a variety of assays. Compact designs make these instruments very compatible with small benchtop workspaces. The machines are designed to deliver research-grade results for ELISA and protein quantification applications. These instruments deliver high precision and speed when reading 96-well microplates for single endpoint measurements and kinetic assay data gathered over time.
Microplate readers, multi-mode, SpectraMax® iD3
Supplier: MOLECULAR DEVICES
The SpectraMax® iD3 multi-mode microplate reader measures absorbance, fluorescence and luminescence and is ideal for busy multi-user, multi-application labs. Large, high resolution touchscreen interface allows you to easily set up methods, run experiments or view tutorial videos without the need for a dedicated computer workstation.
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Microplate readers, Multiskan™ FC
Supplier: THERMO LABSYSTEMS LIFE SCIENCE
The Multiskan™ FC is a compact, reliable and robust microplate photometer capable of reading 96-well plates for a wide variety of applications. It provides fast and accurate measurement with excellent linearity. One model in the range is fitted with an incubator providing temperature control up to 50 °C and the capacity to read 384-well plates. It takes only 6 seconds to measure a 96-well plate and 12 seconds to measure a 384-well plate. The wavelength range of 340 to 850 nm makes the Multiskan™ FC suited to applications from enzyme kinetics to Lowry assays.
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Microplate reader, Luminoskan™ Ascent
Supplier: THERMO HERAUS
The Luminoskan Ascent is a robust, compact, microplate luminometer for luminometric research applications, such as reporter gene, immuno and cell based assays, enzyme studies, molecular interactions, nucleic acid quantification and microbiological assays.
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Microplate reader, multi-mode, SpectraMax® Paradigm®
Supplier: MOLECULAR DEVICES
The SpectraMax® Paradigm® reader can perform absorbance, fluorescence, time-resolved fluorescence (including HTRF), fluorescence polarisation, AlphaScreen®, AlphaLISA®, and luminescence measurements. Detection cartridge modularity allows users to configure the system to meet current needs, while providing the flexibility to address future applications.