Nanosep Centrifugal Devices w/ Omega Membrane - 10K, Blue, 100/Pk
Pall SKU: OD010C34

Nanosep Centrifugal Devices w/ Omega Membrane - 10K, Blue, 100/Pk - OD010C34

Pall Corporation brings decades of membrane engineering expertise to centrifugal molecular separation challenges. Across protein and nucleic-acid prep, Nanosep Omega devices concentrate microvolume samples above the rated cutoff. The modified PES surface accepts aqueous samples without pre-wetting and retains target species above the rated cutoff. For microvolume protein and nucleic-acid work, the low-binding Omega membrane resolves the spin into a concentrated, ready sample.

Key Characteristics

• Broad aqueous compatibility across the pH 1 to 14 range
• Hydrophilic surface loads aqueous samples without pre-wetting
• Low protein binding preserves dilute analytes for recovery above ninety percent
• Asymmetric membrane sustains high flow for fast spin times
• Concentrates and desalts proteins and biomolecules by molecular-weight cutoff

Concentrating dilute samples while clearing small-molecule interference protects the data your work depends on. Reliable centrifugal concentration delivers your sample ready for the next step before downstream assay, electrophoresis, or mass spectrometry. Contact Tisch Scientific for technical guidance on selecting the right product for your specific application requirements.

Color

Blue

Material

Polyethersulfone (PES)

Sterility

Nonsterile

Wettability

Hydrophilic

• Enzyme Recovery - Concentrates dilute enzyme preparations at high recovery for activity assays and downstream characterization.
• LC-MS Sample Prep - Concentrates and clarifies protein samples ahead of liquid chromatography and mass spectrometry analysis.
• Antibody Concentration - Concentrates monoclonal and polyclonal antibodies from dilute culture and purification fractions.
• Protein Concentration - Concentrates dilute proteins and antibodies above the molecular-weight cutoff for downstream assay and analysis.
• Buffer Exchange - Exchanges proteins and peptides into a working buffer while concentrating the retained sample volume in one spin.
• Desalting - Removes salts and small solutes from biomolecule samples while exchanging them into a clean working buffer for analysis.