SPE Plates
Phenomenex Inc Empty 96 Well Plate, Standard Format CE0-7220
Empty 96 Well Plate, Standard Format CE0-7220
Analytical Sales & Services Ion Exchange WCX Phase, 1mL 96 Well Filter Plate, 50 mg
Polymer Based Weak Cation Exchange SPE, 1mL 96 Well Filter Plate, 50 mg per well
Waters Corp Oasis MAX 96-well Plate, 60 mg Sorbent per Well, 30 µm, 1/pk
The Oasis MAX 96-well plate contains the Oasis MAX sorbent, which is a novel, mixed-mode polymeric sorbent that has been optimized to achieve higher selectivity and sensitivity for extracting acidic compounds with anion-exchange groups. The unique balance of hydrophobicity and water-wettability of the Oasis MAX sorbent means you will never have to worry about poor results if individual wells of the 96-well plate dry out during the critical steps prior to sample loading. The Oasis MAX 96-well plate is designed to be used on many manifold configurations and most robotic liquid handling systems.
Waters Corp Waters 96-well Plate, PRiME HLB, 10 mg Sorbent per Well
Oasis PRiME HLB sets a new standard for solid phase extraction cleanup, providing reversed-phase cleanup for acidic, basic, and neutral compounds from complex sample matrices. It simplifies SPE with easy-to-follow protocols, removing over 95% of common matrix interferences like salts, proteins, and phospholipids for cleaner samples.
- Simplified SPE protocols.
- Removes over 95% of common matrix interferences (salts, proteins, phospholipids).
- Faster processing for viscous samples due to optimized frit and sorbent.
- Water-wettable sorbent, no conditioning or equilibration needed.
- Versatile reversed-phase cleanup for acidic, basic, and neutral compounds.
- Compatible with robotic systems for high-throughput SPE.
Phenomenex Inc 0.5mL Round Well V-Bottom, 7mm, Polypropylene
96-Well Collection Plate, Sterile AH0-9333
Waters Corporation 96-well Plate, Oasis MAX Mixed-Mode, 10 mg Sorbent, 30 μm
The Oasis MAX 96-well plate features a novel, mixed-mode polymeric sorbent optimized for enhanced selectivity and sensitivity in extracting acidic compounds using anion-exchange groups. Its unique balance of hydrophobicity and water-wettability ensures consistent results even if individual wells dry out before sample loading. This plate is compatible with various manifold configurations and most robotic liquid handling systems.
- Novel, mixed-mode polymeric sorbent.
- Optimized for higher selectivity and sensitivity in extracting acidic compounds with anion-exchange groups.
- Unique balance of hydrophobicity and water-wettability, preventing poor results if wells dry out prior to sample loading.
- Designed for use with many manifold configurations and most robotic liquid handling systems.
Waters Corp Oasis μElution Plate, WAX, 96-well, 2 mg Sorbent, 30 μm
This patented 96-well WAX μElution plate is for SPE cleanup and analyte enrichment, featuring 2 mg of WAX sorbent per well. The polymeric reversed-phase, weak anion exchange mixed-mode sorbent is optimized for selective sample preparation of strong acidic compounds. Elution in 25 μL provides sensitive, robust, reproducible results without evaporation/reconstitution, compatible with automated high throughput SPE.
- Designed for SPE cleanup and analyte enrichment (10 μL to 375 μL sample volumes).
- Each well contains 2 mg of WAX sorbent.
- Polymeric reversed-phase, weak anion exchange mixed-mode sorbent for selective preparation of strong acidic compounds.
- Elution in 25 μL for sensitive, robust, reproducible results without evaporation/reconstitution.
- 15-fold sample enrichment is possible.
- Compatible with automated, high throughput SPE systems.
NANOMICRO TECHNOLOGIES INC NanoChrom Technologies, BioCore SA x LC Preparative Column, 5um, 10 x 250 mm, Stainless Steel
BioCore SAX is a family of high-performance, strong anion-exchange columns designed for separating charged variants in low pI proteins, such as fusion proteins. Its column technology involves the creation of a hydrophilic quaternary ammonium functional layer on the surface of monodispersed, nonporous, spherical PS/DVB particles, combined with well-established column packing processes.