Cytiva Uniplate Collection Plates are designed to support a wide range of laboratory applications, ensuring precision and efficiency. Each plate type included in this collection serves a distinct function, made from either durable polystyrene or polypropylene, featuring different well volumes.

The UNIPLATE 96 Well Microplate with a V bottom is made from white polystyrene, offering a volume of 250µl, making it ideal for small volume applications. The 24 Well Microplate comes in a natural polypropylene with a round bottom and can hold up to 10,000µl, suitable for larger assays. This version is also available in an irradiated form, designed with an added lid for sterility.

Meeting diverse needs, the 48 Well Microplate provides a 5,000µl capacity with a flat rectangular bottom, ensuring maximum efficiency for larger volumes. The clear polystyrene 96 Well Microplate offers a 650µl volume, perfect for clarity in visual and optical readings. The plates are available in different packaging sizes, ensuring flexibility in laboratory supply management.

Key Features:

• The Cytiva Uniplate Collection Plates offer superior chemical resistance and optical clarity, catering to various laboratory demands. They are designed to optimize sample collection and ensure superb reliability in results.
• Each plate comes with distinct features such as V and Round bottoms which enhance centrifugation and mixing efficiency. The plates are made from high-quality polystyrene or polypropylene materials for durability.

Uses:

• Cytiva Uniplate Collection Plates are essential in laboratory environments for high-throughput screening, analytical research, and compound storage. Their diverse applications include use in biochemical assays, clinical diagnostics, and pharmaceutical research.

FAQs:

1. What materials are the plates made from?
The plates are available in both polystyrene and polypropylene materials, designed for chemical resistance and optical clarity.

2. Are any of the plates sterile?
Yes, the 24 Well Microplate with a lid is irradiated for sterility.