Trending Pall Filter Microplate Acroprep 96 Well - Pn 8171 - 10 Filter Plates Fast Dispatch [vBHLjgu3]

Pall Filter Microplate AcroPrep 96 Well

Introducing the Pall 8171 Filter Microplate AcroPrep 96 Well, a cutting-edge solution for high-throughput ion exchange chromatography applications. This specialized microplate is designed to purify and fractionate complex biological samples with precision and efficiency. With a 1 ml well volume, it offers ample capacity for processing a variety of liquid samples, making it a versatile tool for research and bioprocessing. The microplate is constructed from chemically resistant and biologically inert polypropylene, ensuring durability and minimizing unwanted interactions with nucleic acids and proteins.

• High capacity 1 ml well volume for efficient sample processing.
• Chemically resistant and biologically inert material for durability and compatibility.

Product Specifications and Technical Details

The Pall 8171 Filter Microplate features the Mustang Q membrane, a proprietary strong anion exchange (IEX) membrane made from polyethersulfone (PES). This membrane is engineered with quaternary amine functional groups, providing high dynamic binding capacity for large molecules like DNA, viruses, and negatively-charged proteins. The Mustang Q membrane offers fast flow rates without compromising binding and recovery, allowing for significantly shorter and more efficient processing times compared to conventional resin-based technologies. Key specifications include:

• Mustang Q membrane for high dynamic binding capacity.
• Fast flow rates for efficient processing.

Practical Uses and Benefits

The Pall 8171 AcroPrep Microplate with Mustang Q membrane is a valuable tool for DNA purification, viral particle removal, and binding/elution of negatively-charged proteins. Designed to meet stringent high-throughput application requirements, this microplate complies with ANSI/SLAS microplate standards. Its robotics-friendly, single-piece construction prevents flexing or jamming in automated systems, while individually sealed wells eliminate crosstalk and minimize hold-up volume, maximizing filtrate recovery. Ideal for researchers and bioprocessors, this microplate offers the following benefits:

• Maximized filtrate recovery with individually sealed wells.
• Compliance with ANSI/SLAS standards for high-throughput applications.