Microplates
Choosing the right microplate is a critical, often overlooked, part of an assay. The right microplate helps provides valuable data, whereas the wrong microplate can lead to missed or inaccurate data leading to missed project timelines and ultimately higher costs.
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. Our microplates have been engineered to deliver the highest quality data for applications ranging from high throughput screening to cellular imaging. Discover the difference a better microplate makes:
- 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.
Storage
Microplates for storing reagents, biomolecules, or other samples.
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.
Genomic analysis
Microplates for genomic analysis used in sample preparation workflows.
Microplates for genomic analysis used in sample preparation workflows.
Radiometric
Microplates for a range of high-throughput radiometric assays.
Microplates for a range of high-throughput radiometric assays.
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A Comparative Study of Two Immunoassay Platforms to Determine Lentivirus Titer for CAR-T Development
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A Fast and Simple Chemiluminescent Assay for Monitoring of DNA-Protein Interactions
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Alpha Terbium SureFire Ultra Multiplex: simultaneous dual phosphoprotein target analysis
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Applicability of AlphaLISA technology to a wide spectrum of complex biological samples
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Comparison of EMT Biomarker Expression in 2D Monolayer and 3D Spheroid Cultures in a Prostate Cancer
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Complementary platforms that enable multiparametric characterization of AAV capsids
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DELFIA Assays: Flexible and Sensitive Tools for Monoclonal Antibody Development
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Developing a high throughput AlphaLISA assay for screening activity of biologics produced by engineered probiotic microbes
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Fc-Receptor Binding ADCC Assays Utilizing AlphaLISA: Characterization of hIgGs and FcγRIIIa
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High throughput assays to compare performance and stability of an engineered Fc Silent™ antibody to a therapeutic antibody
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High Throughput assays to compare the performance and stability of an engineered Fc silent antibody to a therapeutic antibody
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High throughput quantitation of cytokine biomarkers using LANCE Ultra TR-FRET assays.
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LANCE Ultra TR-FRET-based detection and modulation of phosphorylated STAT3 levels in human cells.
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Measuring Cell Proliferation and Cytotoxicity in Microplate format Using the DELFIA Cell Proliferation Assay and VICTOR Nivo Multimode Plate Reader
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Measuring Performance of an Automated and Miniaturized LANCE Ultra cAMP Assay for the Gi-coupled 5-HT1A Receptor- a Comparative Study
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Multi-parametric assessment of EGF treatment effects on signaling pathways, growth and proliferation using AlphaLISA SureFire Ultra and cellular imaging
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Multi-parametric high-throughput analysis of hepatotoxicity using a 3D primary liver cell culture model
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