A range of high-quality, dependable deep-well blocks for storage and collection, LC-MS, SPE, and mixing.

A range of high-quality, dependable deep-well blocks for storage and collection, LC-MS, SPE, and mixing.

VWR® 96-Well plates and covers are designed for chromatography and high throughput screening (HTS) applications.

Manufactured from high quality crystal polystyrene. They are ideal for routine assays, mixing and storage.

These plates are designed to give optimum results from any instrument which reads from the top of the plate.

VWR® DeepWell plates are ideal for sample collection, preparation, and long-term storage.

These plates are manufactured from high purity PP for efficient sample preparation and are suitable for use with magnetic particle processors such as the KingFisher™ Flex 96 and Presto.

Heavy polypropylene deep well plates feature square wells, molded alphanumeric labeling, and smooth interior surfaces to ensure that all the samples can be pipetted.

PP, 96-well storage plate with conical wells.

Made of virgin PP to minimise extractables.

VWR® 96-Well Deep Well Plates are ideal for sample storage, sample re-suspension, cell culture, assay setup, diluting, and compound libraries. They are compatible with automated systems and are widely used in laboratories. Different sealing options are available, including cap seals or film seals, which can be applied independently to avoid cross-contamination.

Available in PS and PP for automated screening and storage systems.

These 96 deep square well plates, made from virgin PP, are designed to make the interchanging of plates simpler in automated systems. They are also ideal for housing both cell and bacterial culture.

Suitable for use on Dynex DSX and DS2 instruments. Deep well reservoir with 8 wells.

J.T.Baker® Plate 96 round well plates made from PP are ideal for ELISA applications.

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

Corning® Stripwell™ microplates may be used in a variety of laboratory assays. The flat bottom strips are designed to easily break apart and are pre-assembled in an ‘egg-crate’ style strip holder that allows everyone well to be positioned back into the microplate once broken.

Corning® Stripwell™ microplates may be used in a variety of laboratory assays. The flat bottom strips are designed to 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 microplate once broken.

Micro Titer Luminescence polystyrene Microplate Strips have flat bottoms and are configured in breakable 1 x 12 well strips

Microplates exhibit a bottom flatness better than 100 µm to offer high-quality performance for all applications where low autofluorescence and exceptional optical clarity are required.

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.

High optical quality glass bottom, black microplates are ideal for performing high content cell based assays using imaging systems. The glass bottom provides a flat and optically clear surface that reduces autofocus time, increases throughput and is ideal for cell growth.

These 96-well polystyrene microplates are designed to optimize assay performance in fluorescent applications when used with light emitting markers

Microtiter 96-well deep-well microplates are virgin-grade polypropylene and automation friendly

These 96-well microplates are available with flat-, round-, conical-, and C-bottom well styles, and are manufactured from clear, virgin polystyrene and selected for optical clarity and consistency.

Microplates exhibit a bottom flatness better than 100 µm to offer high-quality performance for all applications where low autofluorescence and exceptional optical clarity are required.

For Compound Storage.

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

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.

These polystyrene microplates are designed for high throughput screening and are ideal for a wide range of measurement techniques