Designed to provide unmatched temperature accuracy and uniformity for fast, efficient PCR amplification

Reduces chance of well-to-well contamination and sample evaporation when applied to a microplate

Reduces PCR reaction time from 2 hours to as little as 25 minutes

Protect all 96 wells during short-term or long-term storage of chemicals or compounds with a single device using these well cap mats.

Choose from four binding surfaces of these 96-well plates for reliable and reproducible results in colormetric assays.

Ideal for storage—feature generous 500μL well volumes

Compatible with most 0.2mL thermal cyclers and ABI PRISM™ 310, 3100, and 3700 capillary sequencers

Manufactured from crystal clear polystyrene for optimum visibility. Greiner BioOne™ Microlon™ Polystyrene 96-Well ELISA Microplates are tested in a colorimetric immunoasay for immunological research applications.

96-well non-skirted plates for use in PCR and qPCR applications. Available with black lettering for improved sample tracking during pipetting.

Minimize evaporation and protect samples from contamination and spilling with these sealing tapes, ideal for all assay applications.

Store samples safely with these low-binding 96-well polypropylene plates, which will not allow DNA or proteins to bind and will allow for complete sample recovery.

Fits Corning™ 96 round well plates and blocks. Corning™ Storage Mat III can be applied manually or with a storage mat applicator.

Round or square capped mats for sealing 96-well storage plates, available in autoclavable and piercable formats.

Optimize suspension cell culture with these U-bottomed 1.2 mL storage plates.

0.8 mL deepwell storage plates for cell culture or sample storage applications.

Manufactured from clear medical grade polystyrene for strength and visibility. Corning™ Clear Polystyrene 96-Well Microplates present an excellent solution for cell culture and colorimetric (absorbance) assays. Use 96-well microplates for laboratory miniaturization and automation.

Fit most thermal cyclers

Use this heat sealing foil to ready your microplate for compound management and high-throughput screening applications, such as PCR.

Color:White; Sterility:Sterile; Lid:With Lid

Manufactured from clarified polypropylene for optical clarity. Corning™ 96-Well Assay Blocks are ideal for compound storage, assay, and cell-growth applications.

For sample collection, in-vitro growth chambers and long term storage.

Firm seal prevents evaporation and gas exchange

Thermo Scientific™ ABgene 384-Well PCR Plate Full Skirted PCR Plates are thin walled for efficient heat transfer and are compatible with most major thermal cyclers.

Save time in transferring small volumes from one 96- or 48-well microplate to another

Provides secure and reliable closure and in incubation, processing, storage and archiving of samples.

Perform quantitative and qualitative immunoassays, like ELISA and binding assays, with these black, 96-well immuno plates, available in a choice of three surface types.

Manufactured from solvent resistant polypropylene which provides compatibility with many common organic solvents. Corning™ 96-Well Clear Polypropylene Corner Notch Microplates are ideal for growing cells in stationary suspension or where reduced cell attachment is desired.

Clone and replicate assays with these untreated polystyrene plates, suited for agglutination assays and sample collection.

Features a chimney-like arrangement of the wells that allows each well to stand on its own. Greiner Bio One™ F-Bottom 96-Well Assay Microplates are constructed of polystyrene, a highly clear polymer with excellent optical properties making it ideal for precise optical measurements. Polystyrene is also characterized by its ability to bind biomolecules, such as proteins and is suitable for work with cell cultures.

Covalently bonded hydrogel minimizes cell attachment, protein absorption, enzyme activation and cellular activation. Corning™ 96-Well Clear Ultra Low Attachment Microplates allow for lentivirus transduction of human osteoclast precursor cells.