Sterile, disposable, Nunclon® Δ Microtest plates Sterilized by gamma radiation Working temperature range: -40° to +75°C Alphanumeric well designations Notched ends to ensure proper orientation Each well has a raised rim which helps prevent…

Rapid coupling of biotinylated bio-molecules Streptavidin is covalently bound to the surface Ready to use Excellent binding capacity Minimal leaching of coupled biomolecules from the surface Binding site easily accessible Low non-specific binding High signal to…

MaxiSorp™, MediSorp™, MultiSorp™ and PolySorp™ for solid phase immuno assays Nunclon™?, Collagen I and Poly-D-Lysine for cell culture and assays Available pre-labeled with barcodes Clear plates with excellent optical clarity Working volume range: 50 - 250 µl/well

Flat-bottom 96-well plate with Maxisorp surface C8 Immuno Module with Frame

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…

Cell culture surface available Non-treated surface for storage, assays and screening MaxiSorp™ and PolySorp™ for ELISA Clear plates for colorimetric assays and sample storage White plates for luminescence and fluorescence assays Black plates for fluorescence assays …

Non-treated surface for storage, assays and screening Clear plates for colorimetric assays and sample storage White plates for luminescence and fluorescence assays Black plates for fluorescence assays White and black plates minimize crosstalk Rounded square wells eliminate wicking Flat bottom…

For efficient purification of high quality plasmid DNA or PCR products Designed for high throughput sample processing Conforms to standard 96 well footprint Made of polypropylene, offering chemical resistance and mechanical strength Suitable for vacuum filtration, centrifugation…

Designed to maximize sample recovery Automation and robotics compatible Non-treated and non-sterile DeepWell plates with diamon-shaped conical bottoms are designed to maximize sample recovery. Plates are compatible with robotics and automation and are suitable for growth of bacteria…

Rapid covalent coupling of peptides, nucleotides, proteins, enzymes and antibodies Ready to use - no activation or blocking steps Low reagent consumption High signal to noise ratio Long term stability at room temperature Surface optimized to minimize steric hindrance and…

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…

Rapid covalent coupling of peptides, nucleotides, proteins, enzymes and antibodies Ready to use - no activation or blocking steps Low reagent consumption High signal to noise ratio Long term stability at room temperature Surface optimized to minimize steric hindrance and…

4 times more wells than a 96 well plate for assay miniaturization and cost savings Same footprint as 96 well plate, compatible with robotics and automated equipment Rounded square design and round bottom minimizes wicking Efficient washing and maximum recovery of contents …

Automation compatible Round well bottom Small volume applications 384 shallow well polypropylene plates feature ANSI standard plate dimensions for automation compatibility and a plate height of 14.35 mm for optimal robotic gripping and barcode placement. Maximum working volume is 58…

Four times more wells in the same footprint as 96 well plates MaxiSorp™ surface Available in white, clear or black Total volume per well: 120 µL 384 well plates allow miniaturization of assays and are compatible with robotics, automated readers and liquid handling systems. Plates are…

MaxiSorp™ and PolySorp™ surfaces for solid phase immuno assays Non-treated surfaces for screening assays Working volume range: 50 - 250 µl/well

Polystyrene construction Standard height for optimal handling 25 µl total volume saves reagents Non-sterile Non-treated surface 384 shallow well plates feature conical flat bottoms for cell culture or assays. Working range is 2-20 µl/well and the 25 µl total volume saves reagents. Plate…

Non-treated surface White color Non-sterile 384 well plates feature low cross talk and minimal binding. Plates have a highly reflective surface, low autophosphorescence, and minimum capillary action. Plates are suitable for luminescence applications including scintillation proximity…

Amino surface for rapid coupling of peptides, proteins and DNA Streptavidin surface for rapid coupling of biotinylated biomolecules such as peptides, antibodies, oligonucleotides or haptens Nickel-Chelate surface for rapid coupling of 6x Histidine-tagged proteins Glutathione surface…

Cell culture surface available Non-treated surface for storage, assays and screening MaxiSorp™ and PolySorp™ for ELISA Clear plates for colorimetric assays and sample storage White plates for luminescence and fluorescence assays Black plates for fluorescence assays …

Non-treated plates are optimized for scintillation counting White or black upper structure with polymer bottom plates combine the clarity of virgin crystalline polystyrene with optimal surface for a wide range of HTS applications Working volume range: 50 - 200 µl/well

Rapid coupling of biotinylated bio-molecules Streptavidin is covalently bound to the surface Ready to use Excellent binding capacity Minimal leaching of coupled biomolecules from the surface Binding site easily accessible Low non-specific binding High signal to…

Create more space in lab freezers and inubators with Thermo Scientific™ Nunc™ MicroWell™ MiniTrays, the optical clarity of which allows the trays to be used with inverted microscopes. Limited adsorption of proteins Lids have keyed tabs for proper orientation Large…

High throughput separation of multiple samples Plate has 96 wells Compatible with automation Chemical resistance, strength and non-DNA binding due to polymer material Shared wall configuration reduces plate height while maintaining standard volume