This 96-well filtration plate system is engineered for fast, reliable sample processing in high-throughput laboratory workflows. Each plate features a precision-bonded membrane available in 0.22 µm or 0.45 µm pore sizes, providing efficient clarification, sterile filtration, or particulate removal across a wide range of sample types. With a 300 µL working volume per well, the system supports parallel processing of biological, chemical, and analytical samples with exceptional uniformity.

The complete 4-piece design includes a filter plate, collection plate, deflector plate, and protective lid. This configuration ensures clean sample separation, prevents cross-contamination, and optimizes flow through the membrane during vacuum or centrifuge filtration. The plates are compatible with standard 96-well automation platforms, making them ideal for screening laboratories, genomic and proteomic workflows, and sample prep steps prior to HPLC, LC-MS, qPCR, or cell-based assays.

Available in hydrophilic or hydrophobic membrane formats, the plates support a broad range of applications—from sterile filtration and buffer clarification to lysate cleanup, assay development, and compound screening. Their high-throughput design allows researchers to process multiple samples in parallel with consistency and speed.

Key Features

• 96-well filtration system with 300 µL per well
• Available in 0.22 µm or 0.45 µm pore sizes
• Hydrophilic or hydrophobic membrane options
• 4-piece assembly: filter plate, collection plate, deflector, lid
• Uniform flow for high-throughput sample preparation
• Compatible with centrifugation and vacuum manifolds
• Designed for clarification, sterile filtration, lysate cleanup, and assay prep
• Ideal for automated liquid-handling platforms

Typical Applications

• Sample clarification and particulate removal
• Sterile filtration of buffers, media, and reagents (0.22 µm)
• Lysate cleanup prior to PCR, sequencing, or protein analysis
• Pre-filtration for HPLC / LC-MS
• High-throughput biochemical and screening assays
• Collection of clarified supernatants from cell or tissue samples

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