In early-stage research and development of new drugs (combinatorial chemistry and high throughput screening), multi-well filter plates can grant significant time and cost savings. Pall's filter plates are designed in accordance with the Society of Biomolecular Screening (SBS) to ensure safe robotic processing. Plates are designed with novel features that minimize target loss and allow the highest levels of sensitivity. Applications include: Cell-based Assays Bead-based Assays Drug Binding Studies Kinase Studies (more)

Get help selecting the best filter plate for your application.	Automated purification of combinatorial libraries using AcroPrep™ 96 filter plates - more information and protocols.

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When sample recovery is a concern, GHP Nanosep® centrifugal devices are ideal for particulate removal	View all products  View product selection guides

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The AcroWell Filter Plate Minimizes Crosstalk	View all literature

Pall filter plates minimize offline handling times. A rigid polypropylene housing and a serial bar code on each plate warrant worry-free and completely traceable sample processing with automated stackers, grippers and plate readers. Learn more about Pall filter plates. Pall's unique GHP membrane allows one to perform radiolabeled cell assays with much lower cell density than traditional glass fiber matrices. In addition, the same membrane has very low fluorescent background. This presents additional application possibilities for more sensitive fluorescent assays such as time-resolved fluorescence (TRF)  assays used in PerkinElmer’s Delfia (registered trademark of PerkinElmer) System. Learn more about GHP membrane. The large number of membranes and housing selections in 96- and 384-well configurations opens unlimited opportunities, including purification of combinatorial libraries, receptor-ligand assays, multiplexing assays such as Luminex (registered trademark of Luminex Software, Inc.) bead systems or even protein-drug binding assays using Omega™ ultrafiltration membranes. Top