This 96-well filtration plate system is designed for high-volume, high-throughput sample processing across molecular biology, analytical chemistry, and drug discovery workflows. Each well supports a generous 600 µL capacity, enabling larger sample loads, improved recovery, and greater flexibility for complex assays or multi-step preparation workflows.

The filter plate features a precision-engineered membrane available in 0.22 µm or 0.45 µm pore sizes, providing efficient clarification, sterile filtration, and particulate removal for a wide range of biological and chemical samples. The complete 4-piece assembly—filter plate, collection plate, deflector plate, and lid—ensures clean separation, minimizes cross-contamination, and promotes consistent flow during centrifuge or vacuum-assisted filtration.

Optimized for automation, these plates integrate seamlessly with standard 96-well robotic systems, making them ideal for screening labs, high-throughput purification, lysate cleanup, and preparation of samples prior to HPLC, LC-MS, qPCR, ELISA, and cell-based assays. Hydrophilic or hydrophobic membrane formats allow technicians to tailor performance to sample type and workflow requirements.

Key Features

• 96-well filtration plate with 600 µL working volume per well
• Available in 0.22 µm or 0.45 µm pore sizes
• Hydrophilic or hydrophobic membrane options
• Complete 4-piece design: filter plate, collection plate, deflector, lid
• Supports high-volume filtration and improved sample recovery
• Compatible with centrifugation and vacuum manifolds
• Ideal for clarification, sterile filtration, and analytical sample prep
• Automation-friendly for high-throughput workflows

Typical Applications

• High-volume sample clarification and particulate removal
• Sterile filtration of buffers, media, and reagents (0.22 µm)
• Lysate cleanup for downstream PCR, sequencing, and protein analysis
• Preparation of samples for HPLC, UPLC, and LC-MS workflows
• High-throughput biochemical assays and screening
• Collection of clarified supernatants from cells, tissues, or reactions

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