Proteomics Products - Filter Plates
|AcroPrep™ 96-well Filter Plates with Mustang® Q and S Ion Exchange Membranes
Mustang membranes are able to withstand high flow rates to render faster purification.
AcroPrep 384-well Filter Plates, 100 µL
Available in a variety of membrane configurations to meet the requirements of numerous applications.
AcroPrep 96-well Filter Plates, 1 mL
Optimized for a variety of applications requiring larger per well volume processing.
AcroPrep 96-well Filter Plates, 350 µL
Plates are constructed from chemically-resistant, biologically-inert polypropylene with a clear polystyrene lid.
AcroPrep Advance Filter Plates for Multiplexing
Superior bead recovery and low levels of false positives ensure assay reproducibility.
AcroPrep Advance Filter Plates for Aqueous Filtration
Provides direct flow of samples into receiver plate without concerns of cross contamination.
Optimized for maximum binding and yield of DNA from a variety of sample types.
AcroPrep Advance Filter Plates for Lysate Clearance
Integrated prefilter provides efficient clarification of highly particulated samples.
AcroPrep Advance Filter Plates for Neonatal Screening
Sample preparation for assays such as BIOT, GALT and TGAL.
AcroPrep Advance Filter Plates for Protein Purification
Versatile format for multiple purification strategies.
AcroPrep Advance Filter Plates for Solvent Filtration
Robust chemical resistance provides compatibility with harsh organics.
AcroPrep Advance Filter Plates for Ultrafiltration
Faster, more uniform filtration rates across the plate with reduced hold-up volume for maximum sample recovery.
AcroWell™ 96-well Membrane-bottom Plates with BioTrace™ PVDF and NT Membranes
Excellent for parallel or automated DNA and protein detection applications.
AcroWell 96-well Membrane-bottom Plates with GHP Membrane
AcroWell filter plates are designed for retention-based assays such as cell- or bead-based receptor: ligand screens.
Vacuum Manifold and Accessories
Designed to perfectly fit AcroPrep and AcroWell filter plates.