Conforms to standard contamination test procedures such as ARP-598 (hydraulic fluids), ASTM-D2276 (aviation turbine fuels), and federal standard 791a (lubricants, liquid fuels, and related products). Includes expendable materials for approximately 600 tests.
MultiScreen vacuum manifolds have been developed for all vacuum filtration applications using MultiScreenHTS and MultiScreen filter plates. Manifold components are resistant to solvents and suitable for use with automated or manual protocols.
MultiScreenHTS filter plates have been specifically developed for compatibility with the solvents needed for combinatorial chemistry bead cleavage steps. MultiScreen plates are also available with low binding membranes for immunoassays. All MultiScreen plates have individual wells that eliminate cross-talk and allow repeated filtrations and incubations.
For flow rates of up to 37 L/min
The High Output Pump features a piston-driven design for greater power. The Chemical Duty Pump has a chemically-resistant head and diaphragm for use with corrosive chemicals and solvents.
The Samplicity™ Filtration System is an innovative new technology that provides a convenient, high throughput alternative to syringe-tip filters when preparing samples for chromatography.
At every stage of the drug discovery process samples must be isolated, purified and prepared prior to testing. In today's fast paced environment, rapid, automated and simple sample preparation is a must. MultiScreen plates offer diverse and versatile formats for a variety of preparative methods.
Developed to meet the needs of our customers, MultiScreen plates are proven as optimized, reliable tools for the advancement of drug discovery and life science research. We are committed to providing a premium quality product coupled with a high level of technical support.
Drug discovery groups that once tested hundreds of novel chemical entities (NCEs) per screen now process thousands daily. This increase in throughput is due in large part to the advances in lead compound generation methods like combinatorial chemistry synthesis.