Microplates are manufactured from clear virgin polystyrene resin selected for high optical clarity and are designed to meet industry standard dimension specifications to facilitate compatibility with microplate handling and robotics. Wells have flat bottoms and rounded square tops (square with…

Greiner Bio-One's non-binding microplate surfaces prevent unwanted non-specific binding. This is especially advantageous for sensitive biochemical assays. Low amounts of biomolecular binding can cause an undesirable increase in background, resulting in decreased signal-to-noise ratio.…

Certified DNase and RNase free UV transparent bottom is molded, not adhered, to an acrylic top for maximum leak resistance Ideal for UV absorbance readings with low background, especially at 260 and 280 nm Flat bottom wells have volume of 370 µL UV-Plate has a special…

Free of detectable DNase, RNase, human DNA Non-pyrogenic Manufactured under DIN ISO 9001 guidelines Can be traced all the way back to production through a defined LOT number system Ideally suited for agglutination tests No sharp corners, which means that they can be pipetted easily…

Manufactured from clear, virgin polystyrene and selected for optical clarity and consistency. Plates are available with flat-, round-, conical-, V-, and C-bottom well styles. C-bottom plates feature a flat bottom for optical measurement, but the hard corners are curved to eliminate liquid traps and…

Microplates are manufactured from virgin polypropylene resin, and feature uniform external dimensions and tolerances to meet ANSI recommendations for compatibility with equipment and robotics. Microplates are biologically inert, exhibit low binding characteristics, offer a high temperature…

Opaque walls to prevent well-to-well cross talk Optical bottoms for direct microscopic viewing Plates can be used in both top and bottom reading instruments Built to proposed industry-standard footprint The bottoms of these 96 well clear-bottom plates are 60% thinner than conventional…

384 well deep well plate with square wells. Overall volume is 130ul with a working volume of 120ul. SBS footprint makes this rack robotics friendly.

CELLSTAR® format sterile plates are ideal for cell culture applications and are available tissue culture treated for the culture of anchorage-dependent cells, or untreated for suspension culture applications. Plates come with a variety of well shapes. Chimney well plates reduce the…

Microplate combines the advantages of Small Volume™ microplates with the convenience of standard microplate dimensions. The unique well geometry features a square cross sectional area at the well top that transitions into a truncated cone with a flat base of 1.52mm. The design allows smaller…

Designed to reduce well-to-well crosstalk during luminescent assays Recommended working volume of up to 20 to 80µL Conforms to standard microplate footprint and dimensions High binding surface binds medium (>10kD) and large biomolecules that possess ionic groups and/or hydrophobic…

Reduces protein and nucleic acid binding Minimizes molecular interactions Reduces anti-fluorescence Treated or untreated versions The Corning® low flange 384 well black clear bottom microplates are available in both standard tissue culture treated surface for cell based assays and NBS™…

Advanced Tissue Culture (TC) treated 96 Well Microplates, made from virgin polystyrene, allow for optimal cultivation conditions for sensitive cells and cells cultivated under restricted growth conditions. Advanced TC™ surface treatements provide the conditions for improved cell adherence,…

Axygen® deep well and assay plates are used for sample collection, in vitro growth chambers and long-term storage. Made of polypropylene, they offer excellent chemical resistance and will withstand temperatures down to -80°C. Features 2.2mL deep well plate ANSI/SLAS…

8 well strip plate, assembled 12 strips per plate.  Egg-crate style strip holder allows each individual well to be positioned back into the plate once strip is broken.  1 x 8 strips are designed to fit only one way into the strip holder, eliminating the chance of misorientation. …

Plates are manufactured from virgin polystyrene resin and are designed to be compatible with microplate handling equipment and robotics. The square-round well geometry is designed to minimize wicking and reduce air bubble formation, while increasing volume capacity and surface area. Plates are…

Round well design with a solid white flat bottom. Surface treated for enhanced cell attachment. Ideal for miniaturized 384 well fluorescent cell-based assays.

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…

384-well Microplate dimensions conform to recommended standards and are MP384-3 compliant. Well volume: 0.112 mL Flat (F) bottom only

CELLSTAR® format sterile plates are ideal for cell culture applications and are available tissue culture treated for the culture of anchorage-dependent cells, or untreated for suspension culture applications. Plates come with a variety of well shapes. Chimney well plates reduce the…

Polypropylene is still the material of choice for storage plates, but the material class of cycloolefins is becoming more routinely used because of its unsurpassed performance for a wide range of applications. In compound storage, plates made from cycloolefins offer the best combination of chemical…

Microplates exhibit a bottom flatness better than 100µm to offer high quality performance for all applications where low autofluorescence and exceptional optical clarity are required. Ideal for high-resolution imaging, sensitive fluorescence, and confocal microscopy such as single molecule…

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…

96-well, half-area 384-well, full-area Flat bottom Both the 96- and 384-well UV microplates have a UV-transparent well bottom and are well suited for determining protein and/or nucleic acid concentrations. Microplates are certified for low background and consistent performance at 260…

Microplates provide high throughput assay miniaturization in a 384-well system, thereby avoiding the instrument compatibility issues introduced by 1536-well plates while still reducing sample usage. All plates are manufactured from virgin polystyrene resin, except for the black UV-Star®…

Plates are manufactured from virgin polystyrene resin and are designed to be compatible with microplate handling equipment and robotics. The square-round well geometry is designed to minimize wicking and reduce air bubble formation, while increasing volume capacity and surface area. Plates are…

Recommended working volume of up to 20 to 80µL. Conforms to standard microplate footprint and dimensions. High binding surface binds medium (>10kD) and large biomolecules that possess ionic groups and/or hydrophobic regions. Binding capacity is approximately 400 to 500ng IgG/cm²deal for immunoassays.

Full-Skirted PCR Plates, 96- and 384-Well. Broad thermal cycler compatibility. High-contrast, black alphanumeric indexing for easy well identification. Crystal-clear wells to easily verify sample volume. Ultra-thin, uniform wells ensure optimal heat transfer for high reaction…

Corning® 96 Well Clear Round Bottom Polypropylene Not Treated Microplates feature uniform skirt heights for greater robotic gripping surface.  Solvent resistant polypropylene provides compatibility with many common organic solvents (e.g., DMSO, ethanol, methanol)Sterile and certified…

For high throughput screening Solid polystyrene Automation-friendly 96-well footprint Reduces total working volume up to 90% Compatible with all leading 384 well readers and detectors Comes with either a tissue-culture-treated surface for cell-based assays or a non-treated surface for…