Microplates
Microplates are laboratory tools designed as flat plates containing numerous small cavities, known as wells, which function like miniature test tubes for handling samples. They are commonly called microtiter plates or multi-well plates.
New technologies for drug development are rapidly advancing. These technologies have given rise to a variety of applications that require their own unique consumables. At Revvity, we provide microplates that help you discover better. Covering a vast array of application areas, Revvity microplates are available in different well formats, plastic types, coatings, and colors – clear, white, black, gray.
Key features of Revvity microplates
Revvity microplates are engineered to deliver high-quality results across a wide range of assays. Below are some of the key features that make them a trusted choice for researchers worldwide.
- Footprint dimensions meet the SBS industry standard, guaranteeing compatibility with microplate-based instrumentation
- Carefully monitored microplate planarity to ensure superb data and image acquisition
- Custom microplate services including barcoding, custom packaging, as well as plate surface coatings to fit your application
- Full range of validated reagents and instruments to complement microplates
For research use only. Not for use in diagnostic procedures.
Microplates for storing reagents, biomolecules, or other samples.
Cell imaging
Microplates for microscopy and high-content screening offering the lowest plate bottom for superior image acquisition.
Microplates for microscopy and high-content screening offering the lowest plate bottom for superior image acquisition.
Assays
Microplates for TR-FRET, HTRF, Alpha, Radiometric, luminescence, fluorescence, and others for general research.
Microplates for TR-FRET, HTRF, Alpha, Radiometric, luminescence, fluorescence, and others for general research.
Cell culture
Microplates designed to improve consistency and reliability of cell growth for general cell culture as well as 3D cell culture.
Microplates designed to improve consistency and reliability of cell growth for general cell culture as well as 3D cell culture.
Microplates for genomic analysis used in sample preparation workflows.
Microplates for a range of high-throughput radiometric assays.
