Designed for sitting drop crystallization Meets 96 well microplate standards for automation Low water absorption of polymer prevents loss of protein drop volume Microplate is manufactured from an advanced polymer with high resistance to commonly used solvents, including acetone,…

Certified surface chemistry Ultra-low coefficient of variation (CV) for uniform binding Designed for research and in vitro diagnostic assays, all EIA/RIA plates and strips are manufactured from a special medical grade polystyrene for uniform binding, high optical clarity and low background…

Reduces non-specific-binding of compounds to micro wells Polypropylene construction Round bottom design Non-sterile The black and white polypropylene assay plates are an ideal platform for fluorescence and luminescence assays that have a compound non-specific-binding problem…

Clone and replicate assays with Thermo Scientific™ Nunc™ 96 DeepWell™ Polystyrene Plates. These plates feature round bottom wells and are suited to agglutination assays and sample collection. Alphanumeric grid provides quick and easy sample identification Optimized for…

Certified DNase/RNase-free Sterile and non-sterile configurations Available in V-bottom or round-bottom These deep-well plates are made of polypropylene. Available in 0.5, 1 or 2 mL volume formats.

Clear polystyrene construction Choice of round, flat or V-bottom design These plates are ideal for solution-based assays, serial dilutions and general storage applications. Built to proposed industry standard footprint. Each well holds from 320 to 360 µl depending on which well geometry is…

Raised well rims Comes with high binding, TC-treated or non-treated surface Built to proposed industry standard footprint These solid black and white, opaque polystyrene plates are tested on a lot-to-lot basis for capacity and low fluorescent/ luminescent background. Plates have…

Perform automated applications more precisely with Thermo Scientific™ Nunc™ 96-Well Polystyrene Round Bottom Microwell Plates, which are available with and without cell culture treatment. The plates are optimized for robotics, automated readers and liquid handling systems, and are ideal…

Conical flat or rounded bottoms 3 or 5 Protein wells 1 Reservoir The 96 well PZero Protein Crystallization Microplate 1231H26 features 5:1, 1 µL conical flat bottom Crystal Cup protein wells and one 100 µL reagent reservoir. 1231H68 is a 96 well PZero microplate with…

Perform applications which are delivering well-to-well reproducibility with Thermo Scientific™ Immuno Clear Standard Modules, which feature Nunc™ module plates developed for ELISA techniques. Manufactured to fit standard equipment, modules provide flexible use of components with small…

Achieve complete sample recovery with Thermo Scientific™ Nunc™ 96-Well Polypropylene MicroWell™ Plates, which are the ideal storage plate as polypropylene has a lower binding capacity so proteins or DNA will not bind. Withstands temperatures from −80° to +121°C.…

96 Deep Well Plates feature space saving design Easy-to-use with automatic sampling handling instruments Compatible with robotics and automated systems Alphanumeric grid for quick sample identification Cylindrical wells with round bottom for optimal mixing and recovery Polypropylene construction

Non-sterile Round, flat or V-bottom well shape General assay plates are ideal for solution-based assays (i.e. Hemagglutination Assays), serial dilutions and storage applications. Each well holds 250 or 260 µL (V-bottom).

Thermo Scientific™ Nunc™, Immulon™ clear plates are ideal for quantitative and qualitative solid phase immunoassays, e.g. ELISA, and binding assays. The Assay plate has a MaxiSorp surface and Round-Bottom shape for reliable and reproducible results in colormetric assays. …

Automation friendly Solvent resistant Certified RNase/DNase- free These 96 well polypropylene plates are built to the industry standard footprint. They are available in flat, round and V-bottom formats to meet a wide variety of assay and storage needs. V-bottom holds 320 µL. Flat and round…