Deep-Well Plates are microplates with deep wells for larger sample volumes. They are consumables for sample storage, processing and automation in the laboratory.
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Deep-Well Plates are mainly used in laboratories for the processing and storage of larger sample quantities, for example in molecular biology, chemistry, or microbiology. They enable efficient sample preparation at higher volumes.
Key selection criteria include the well volume, material compatibility, and fit within automated liquid handling systems. Durability and chemical resistance are important factors.
LabFinder offers a clear structure and intuitive search capabilities that help users quickly find suitable Deep-Well Plates by volume, material, and special features. Related categories like microplates and automated liquid handlers are also accessible.
Deep-Well Plates are specialized microplates featuring significantly deeper wells than standard models, typically accommodating several milliliters per well. They are used for the storage, handling, and processing of samples when higher volumes are needed compared to traditional microplates. Common applications include sample preparation, extraction, DNA/RNA purification, cell culture samples, chemical synthesis, and various steps in laboratory automation.
Important factors for selection include the number of wells (usually 24, 48, or 96 well formats), individual well volume, and the plate material, most often polypropylene or polystyrene. Additional considerations are chemical resistance, temperature stability, and compatibility with automated pipetting systems. Sealing options and secure fit are relevant for storage and transport.
Deep-Well Plates differ mainly by well volume, material properties, and well shape (cylindrical or conical). Both sterile and non-sterile options are available, as well as plates with surface coatings for specialized tasks. Lids, strainers, or adapters are common accessories to enhance handling and storage.
Deep-Well Plates are typically single-use consumables available in sterile or non-sterile forms. Quality is ensured by precise manufacturing and well-controlled material specifications. For best performance, user handling should follow manufacturer guidelines, particularly regarding temperature exposure and compatibility with applied chemicals.
Deep-Well Plates are primarily intended for sample storage and pre-processing, not for direct analytical measurement. Their use is limited to compatible instruments and suitable volume ranges. For very small sample volumes or specialized analyses, other plate types or vessels may be a better choice. Choosing the right format helps prevent inefficiencies or sample loss.
Common search terms include Deep-Well Plates, deep microplates, large volume multiwell plates, deep sample plates, or deepwell block. Synonyms and alternate spellings such as deep well plate or deepwell microplate improve the search for suitable products.
A Deep-Well Plate is a microplate with especially deep wells for accommodating larger sample volumes. In the laboratory, it is mainly used for storing, processing, and automated handling of liquid or solid samples.
Deep-Well Plates vary by the number of wells (e.g., 24, 48, 96), well volume, chosen material, and specific features such as sterility or surface coatings.
Key criteria include the volume per well, chemical resistance of the material, compatibility with liquid handling systems, intended use, and storage requirements.
Deep-Well Plates are generally intended for single use. Reuse is not usually recommended due to hygienic and material-related limitations.
Deep-Well Plates are compatible with automated liquid handling and pipetting robots, which ensure efficient and reproducible sample transfer and processing at larger volumes.
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