The Cytiva Pall Acroprep Filter Plate line offers flexible high-performance solutions for liquid filtration and purification across various scientific applications. Featuring the acclaimed Omega and Supor™ membranes, these filter plates efficiently handle substances ranging from proteins to DNA and solvents. Available in 24-well and 96-well configurations, the Acroprep plates present an excellent array for assays and purification processes.

Whether you need a 1kDa MWCO for intricate biomolecular work or a 100kDa for larger molecular substances, these plates ensure optimal separation and enhanced recovery of sample materials. Their compatibility with automation systems reduces manual processing errors and maximizes throughput. Moreover, their sturdy design ensures reliable functionality, making them indispensable in research and laboratory settings. The plates cater to needs like protein purification, DNA binding, and sterile filtration.

Key Features:

• These filter plates feature advanced membrane technology, offering options in pore sizes as small as 0.1µm and up to 5µm, with varied MWCOs from 1kDa to 100kDa for precise filtration needs.
• Designed for durability, they seamlessly integrate into automated systems, providing reliable performance for high-throughput applications. Their versatile formats allow for diverse applications, ensuring clean filtrate and improved sample recovery.

Uses:

• Cytiva Pall Acroprep Filter Plates are widely used in molecular biology and biochemistry for filtration and purification of liquids, including solvents, DNA, proteins, and other biomolecules. They serve essential roles in research laboratories and high-throughput screening.

FAQs:

1. What is the pore size of the Supor™ membrane?
The Supor™ membrane used in AcroPrep Filter Plates typically ranges from 0.1µm to 1.2µm, catering to various filtration requirements.

2. Are these filter plates compatible with automation systems?
Yes, AcroPrep filter plates are designed to integrate with automated liquid handling systems, ensuring high-throughput efficiency and convenience.