Agilent, 200951-100, Filter microplate, 96-well, polypropylene, with 0.7 µm glass fiber membrane, 400 µL/well, long drip, 25/pk

Filter microplate, 96-well, polypropylene, with 0.7 µm glass fiber membrane, 400 µL/well, long drip, 25/pk. Recommended receiver plate 204600-100

Specifications:
Drip: L
Drip Length: L
Filter Type: Glass Fiber
Number of Wells: 96
Pore Size: 0.7 µm
Well Volume: 0.4 mL

**********The following product description is generated by AI and is for reference only. If you have any questions, please contact customer service.**********
Designed for high-throughput filtration needs in research and analytical laboratories, this 96-well polypropylene microplate features a 0.7 micron glass fiber membrane, ideal for capturing fine particulates and efficient separation of cellular debris, proteins, or nucleic acids. Its 400 microliter per well capacity supports sample processing in workflows such as plasma protein precipitation, DNA/RNA purification, or ELISA assays requiring prefiltration steps. The robust polypropylene construction provides excellent chemical compatibility with a broad range of solvents and reagents, ensuring sample integrity during processing.

The long-drip design optimizes filtrate recovery while minimizing cross-contamination and residual volume, enabling cleaner and more reliable downstream analysis. This format is suitable for manual protocols as well as integration with automated liquid handling systems and compatible with common multichannel pipettes, vacuum manifolds, or centrifuge adapters. The plate is uniform and consistent in manufacturing, supporting reproducible filtration performance across batch applications.

Researchers in molecular biology, biochemistry, clinical diagnostics, and pharmacology benefit from its use in sample cleanup, concentration, and preparation for LC-MS, HPLC, or other analytical techniques. This microplate integrates seamlessly with a range of Agilent and third-party instruments and is available in convenient 25 plate packs for scalable laboratory operations.