384 Well Assay Microplates

Corning™ 384-Well Clear Polystyrene Microplates Available on GSA/VA Contract for Federal Government customers only.

Manufactured from clear medical grade polystyrene for strength and visibility. Corning™ 364-Well Clear Polystyrene Microplates present an excellent solution for cell culture and colorimetric (absorbance) assays. Use 364-well microplates for laboratory miniaturization and automation.

Fisherbrand™ 384-Well Polystyrene Plates Available on GSA/VA Contract for Federal Government customers only.

Process four times as many samples as standard 96-well plates

Corning™ Low-Volume 384-Well Polystyrene Plates Available on GSA/VA Contract for Federal Government customers only.

High-base design is compatible with automation and bar coding

Corning™ 384-Well Clear Bottom Black or White Polystyrene Microplates Available on GSA/VA Contract for Federal Government customers only.

Manufactured from medical grade polystyrene for strength. Corning™ 384-Well Clear Bottom Black or White Polystyrene Microplates permit top or bottom analysis using detection microplate readers.

Corning™ 384-Well Solid Black or White Polystyrene Microplates Available on GSA/VA Contract for Federal Government customers only.

Manufactured from medical grade polystyrene for strength. Corning™ 384-Well Solid Black or White Polystyrene Microplates are used for florescent and luminescent assays. Lot tested for opacity and low fluorescent/luminescent background.

Corning™ Black 384-Well Polypropylene Assay Plate Available on GSA/VA Contract for Federal Government customers only.

Lower compound sticking and higher solvent resistance than polystyrene plates

Corning™ 384-Well High Content Imaging Glass Bottom Microplate Available on GSA/VA Contract for Federal Government customers only.

High optical quality, glass-bottom, black microplates are ideal for performing high content cell-based assays using imaging systems

Corning™ 384 Well Flat Clear Bottom Polystyrene TC-Treated Microplates, low flange, with lid, sterile

Can be used for both top and bottom reading instruments. Corning™ 384 Well Flat Clear Bottom Polystyrene TC-Treated Microplates have black wall plates for low background fluorescence, minimal light scatter, and reduced crosstalk.

Corning™ 384-Well High Content Imaging Glass Bottom Microplate with Lid Available on GSA/VA Contract for Federal Government customers only.

High optical-quality film bottom, black microplates are ideal for performing high content cell-based assays using imaging systems

Corning™ Low-Volume 384-Well Black Flat Bottom Polystyrene Non-Treated Microplate Available on GSA/VA Contract for Federal Government customers only.

Ideal for miniaturized 384-well fluorescent homogeneous assays

Corning™ CellBIND™ 384 Well Flat Clear Bottom Polystyrene Microplates, with lid, sterile, 10/bag

Feature CellBIND™ surface treated for optimal cell attachment. Corning™ CellBIND™ 384 Well Flat Clear Bottom Polystyrene Microplates can be used for both top and bottom reading instruments. Their black wall plates have low background fluorescence, minimal light scatter, and reduced crosstalk.

Corning™ CellBIND™ 384 Well Flat Clear Bottom Polystyrene Microplates, with lid, sterile

Feature CellBIND™ surface treatment for optimal cell attachment. Corning™ CellBIND™ 384 Well Flat Clear Bottom Polystyrene Microplates can be used for both top and bottom reading instruments. Black wall plates have low background fluorescence, minimal light scatter, and reduced crosstalk.

Corning™ 384 Well Flat Clear Bottom Polystyrene Untreated Microplates, low flange, no lid, nonsterile

Untreated (medium binding) polystyrene surface is hydrophobic in nature and binds biomolecules through passive interactions. Corning™ 384 Well Flat Clear Bottom Polystyrene Untreated Microplates are ideally suited for fluorescent assays using either top or bottom detection plate readers.

Corning™ 384 Well Flat Clear Bottom Polystyrene NBS™ Microplates, low flange, no lid, nonsterile

Ideal for reducing protein and nucleic acid binding at low concentrations, and increasing assay signal to noise. Corning™ 384 Well Flat Clear Bottom Polystyrene NBS™ Microplates feature black wall plates that have low background fluorescence, minimal light scatter, and reduced crosstalk.

Corning™ 384 Well Flat Clear Bottom Polystyrene TC-Treated Microplates, low flange, with lid, sterile, with generic barcodes

Can be used for both top and bottom reading instruments. Corning™ 384 Well Flat Clear Bottom Polystyrene TC-Treated Microplates have black wall plates for low background fluorescence, minimal light scatter, and reduced crosstalk.

Corning™ 384-Well Spheroid Microplate Available on GSA/VA Contract for Federal Government customers only.

Treated with an ultra-low attachment surface to enable uniform and reproducible 3D multicellular spheroid formation. Corning™ 384-Well Spheroid Microplate permit direct microscopic viewing and readings for top and bottom reading instruments.

Thermo Scientific™ Nunc™ 384-Well Optical Bottom Plates Available on GSA/VA Contract for Federal Government customers only.

View microscopic plate contents using luminescence and fluorescence with these 384-well optical bottom plates.

Thermo Scientific™ Nunc™ 384 Well ShallowWell Standard Height Black and White Plates Available on GSA/VA Contract for Federal Government customers only.

Save costs in samples and reagents by reducing the total well volume to 25μL using Nunc 384-well shallow well standard height black and white polystyrene plates.

Thermo Scientific™ WebSeal 384-Well Non-Coated Plastic Microplates

For any standard application or assay, you can be sure of excellent solvent resistance and low background noise with these high quality polypropylene 384 well microplates.

Thermo Scientific™ Nunc™ 384-Well Polystyrene Black and White Microplates Available on GSA/VA Contract for Federal Government customers only.

Eliminate wicking thanks to the rounded square geometry of black and white 384-well plates, optimized for robotics, plate readers and liquid handlers.

BrandTech™ BRANDplates™ pureGrade™ S 384-well Microplates Available on GSA/VA Contract for Federal Government customers only.

Non-treated sterile microplates for diverse applications

Thermo Scientific™ WebSeal Plate+ 384-Well Glass-Coated Microplates

Get chemical resistance similar to glass while retaining the handling advantages of polypropylene with these 384-well glass-coated polypropylene microplates.

Corning™ Falcon™ Optilux 384-Well Microtest Microplates Available on GSA/VA Contract for Federal Government customers only.

Manufactured from polystyrene and treated with tissue culture to optimize cell growth. Corning™ Falcon™ Optilux 384-Well Microtest Microplates are ideal for use in high throughput systems.

Eppendorf™ Polypropylene 384-Well Microplates Available on GSA/VA Contract for Federal Government customers only.

Outstanding transparency, purity and stability

Thermo Scientific™ 384-Well Conical Bottom Polypropylene Plates Available on GSA/VA Contract for Federal Government customers only.

Minimize costs when storing compounds for small volume applications. Lower binding capacity means proteins or DNA will not bind, allowing for complete sample recovery.

BrandTech™ BRANDplates™ pureGrade™ 384-Well Microplates Available on GSA/VA Contract for Federal Government customers only.

Non-treated microplates for diverse applications

BrandTech™ BRANDplates™ immunoGrade™ 384-Well Microplates Available on GSA/VA Contract for Federal Government customers only.

Immunoassay plate optimized for immobilization of IgG

Thermo Scientific™ Nunc™ 384-Well Clear Polystyrene Plates with Cell Culture Treated and Nontreated Surfaces Available on GSA/VA Contract for Federal Government customers only.

Reduce the volume of reagent needed with Thermo Scientific™ Nunc™ 384-Well Clear Polystyrene Plates with Cell Culture Treated and Nontreated Surfaces.

BrandTech™ BRANDplates™ lipoGrade™ 384-Well Microplates Available on GSA/VA Contract for Federal Government customers only.

Immunoassay plate optimized for the immobilization of hydrophobic molecules

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