You searched for: Microplates

Supplier: Corning

Plates are available in V-bottom and round-bottom formats to meet a wide variety of assay and storage needs.

Supplier: Simport Scientific

PS. The 1,2 ml capacity round bottom deep well plate (1 ml when capped) can withstand centrifugation up to 3000×g. It is not DMSO resistant.

Supplier: Thermo Fisher Scientific

PS. Ideal for sample collection, storage and combinatorial chemistry library applications.

Supplier: VWR Collection

With reinforced walls to the bottom of the well backed, and supporting ribs on the underside of the plate, these 2 ml square well PP blocks can be used safely and with confidence for plant DNA extraction. The wells have a total volume of 2,12 ml giving a generous working volume of 1,90 ml per well in a 45 mm high plate.

Supplier: EPPENDORF

Eppendorf Assay/Reader plates are designed for diverse microplate assays, optimising absorbance, fluorescence, and chemiluminescence. With options for both top- and bottom-reading plate readers, they ensure clear signals even with low-concentration samples.

Supplier: Thermo Fisher Scientific

Designed specifically for immunoassay applications, this range of products have binding surfaces that include Immulon®, universal binding (UB) and enhanced binding (EB). These make good experimental design easier, allowing development of assays with stringent pH, buffer, pKa and resin requirements.

Supplier: Corning

PS, flat bottom.

Supplier: Thermo Fisher Scientific

Rigid styrene or flexible vinyl, square well. Ideal for micro-volume applications, such as storage, sample or reagent transfer, serial dilution, haemogglutination, blood typing and compliment fixation. Available with a choice of flat, U- or V-bottom well shape.

Supplier: Corning

These PS microplates conform to standard microplate footprint and dimensions, and are available in solid black or white, with round or flat bottoms, or in black clear bottom formats.

Supplier: Corning

These 384-well polypropylene plates and blocks are built to the industry standard footprint.

Supplier: EPPENDORF

These polypropylene microplates feature high transparency and easy to read alphanumeric labelling, making the identification of the correct plate or an individual well quick, easy, and less error-prone. Black and white versions are available for fluorescence or luminescence detection, offering excellent signal-to-noise ratios for improved sensitivity.

Supplier: Corning

Corning polypropylene microplates offer both small volume and large volume (blocks) well formats to meet assay and storage requirements.

Supplier: EPPENDORF

DNA LoBind Plates maximise sample recovery of nucleic acids by significantly reducing sample-to-surface binding. These plates are the ideal solution for sample preparation and long-term storage.

Supplier: Honeywell Chemicals

Deep Well microplate, No. of wells: 96, Well volume: 2 ml, Clear, Square

Supplier: Thermo Fisher Scientific

Perform DNA and protein quantitation in 260 nm and 280 nm range with Thermo Scientific™ Nunc™ 96-Well UV microplates. The 96-Well format allows for a higher throughput of sample screening compared to cuvettes.

Supplier: Corning

PS, flat bottom. Designed for in vitro diagnostic assays. The flat bottom strips easily break apart and are pre-assembled in an 'egg-crate' style strip holder that allows each individual well to be positioned back into the plate once broken.

Supplier: Thermo Fisher Scientific

PS, sterile, with lid. Useful for screening libraries and for DNA hybridisation methods, these 90 ml trays are also suitable for standard Petri dish techniques and bacterial growth.

Supplier: Thermo Fisher Scientific

Ideal for sample collection, storage and combinatorial chemistry library applications.

Supplier: Thermo Fisher Scientific

Designed specifically for fluorescence applications, this range of products have binding surfaces that include Microfluor® and universal binding (UB) and are available with either black or white pigmentation depending on the specific assay requirements.

Supplier: Corning

Not treated PVC microplates are economical microplates for solution-based assays, serial dilutions, and general storage applications.

Supplier: Corning

Black wall plates have reduced autofluorescence, higher signal to background ratio and lower CV's.

Supplier: Corning

These half skirted 96 well PCR microplates feature a rigid construction that is ideal for automation.

Supplier: Corning

A line of generic bar coded 96-well plates to better meet the demands of high throughput screening.

Supplier: Corning

HTS insert plates are arrays of individual cell culture inserts connected by a rigid, robotics-friendly holder. This single-unit design makes insert plates ideal for running automated, high throughput drug transport (Caco-2 cells) cell toxicity studies or cell migration and invasion studies.

Supplier: Thermo Fisher Scientific

PS, clear, untreated. Used in many fields including antibiotic screening, serological testing, storing and screening of compounds, and DNA libraries.

Supplier: Corning

PS. Designed to reduce well-to-well crosstalk during fluorescent and luminescent assays.

Supplier: Corning

Designed to reduce well-to-well cross-talk during fluorescent and luminescent assays.

Supplier: Corning

Cell culture microplates are sterile and nonpyrogenic. Lids available where indicated.

Supplier: EPPENDORF

Eppendorf Deepwell plates 384-well, 200 µl offer efficient sample handling with features like OptiTrack® matrix for rapid identification and g-Safe® technology for stability during centrifugation. SafeCode variants provide secure three-level coding, including error correction for reliable identification, ensuring flexibility and accuracy in experimental workflows.

Supplier: EPPENDORF

Eppendorf Deepwell plates 96-well, 1000 µl offer efficient sample handling with features like OptiTrack® matrix for rapid identification and g-Safe® technology for stability during centrifugation. SafeCode variants provide secure three-level coding, including error correction for reliable identification, ensuring flexibility and accuracy in experimental workflows.