Environmental Products & Reviews

Reversed-Phase separation of peptides

Reversed-Phase separation of peptides

The VanGuard FIT column format utilizes a unique, easily replaceable Fully Integrated Technology (FIT) pre-column cartridge that avoids added dispersion and facilitaes easy method transfer of existing methods run on standard columns.  

More than just a column - A solution providing application-focused standards, methods, and exclusive support so you can easily and reliably achieve state-of-the-art separations.

High Resolution 5 µm particle for Anion-exchange SAX) HPLC of nucleic acids

Reversed-Phase nano columns for proteomics

High efficincy low adsorption hardware for aggregate analysis of Adeno Associated virus (AAVs) and small to medium nucleic acids.

High Resolution 2.5 µm particles for Anion-exchange (WAX) HPLC of nucleic acids

IEX, SEC, RP, and HIC columns for Proteins and Peptides 

Size Exclusion Column for mAbs

Cation-Exchange Column for mAbs

High resolution XBridge Oligonucleotide BEH C18 OBD Prep Column, 130Å, 2.5 µm for purfication of oligo nucleotides.

Size-based separations of peptides. proteins, and viral vectors

Size-based separations of peptides, proteins, and viral vectors

Reversed-phase based separations of peptides

The ChromaLynx™ Application Manager automates the processing of LC/MS or GC/MS and LC/MS/MS or GC/MS/MS data. While the high chromatographic separation efficiency and narrow peak widths typical of GC/MS often increase the challenge to identify co-eluting components, ChromaLynx facilitates the rapid detection, identification and semi-quantitative determination of all components. Manually reviewing complex chromatograms to locat…

Achieve faster run times and improved sensitivity with a smaller particle size

ACQUITY UPLC® BEH Phenyl columns utilize a trifunctional C6 alkyl tether between the phenyl ring and the silyl functionality. This ligand, combined with the same proprietary endcapping processes as the ACQUITY UPLC™ BEH C18 and C8 columns, provides ultra-low column bleed, long column lifetimes and excellent peak shape. This unique combination of ligand and endcap on the 1.7 μm BEH particle creates a new dimension in selectivi…

Waters offers a broad range of vials, each one is held to tight dimensional tolerances and the certified products have cleanliness measured by LC and MS.LC/GC Certified vials are tested by LC/UV for residues of chemicals used in processing and packaging vials. The septa are tested by headspace GC to ensure low levels of low molecular weight polymer. These vials are suited for analyte concentration in the µg/mL concentration; t…

The Waters IdentityE High Definition Proteomics system defines the new standard for rigorous protein identification. The IdentityE High Definition Proteomics System is an UltraPerformance LC® (UPLC)/High-Bandwidth Mass Spectrometry (MS E) system solution suitable for confident protein identification designed to meet stringent requirements as outlined by leading scientific journals.The new Waters IdentityE High Definition Pro…

The ACQUITY UPLC® Fluorescence (FLR) Detector brings unrivaled sensitivity and selectivity to UPLC®. The detector’s innovative flow-cell design, low-noise electronics and support for high-speed data rates are perfectly suited to the efficient separations of the ACQUITY UPLC's advanced fluidics technology. Target applications include PAHs, environmental contaminants, vitamins, aflatoxins and pharmaceuticals. Ultra Performance i…

SymmetryShield™ Columns feature Waters' patented embedded polar group technology that shields the silica's residual silanols from highly basic analytes at improves overall peak shape. Additionally, by placing the embedded polar group close to the silica surface, the activity of the surface silanols is further reduced. This imparts selectivity and retention that is different compared to the Symmetry C18 ligand. Embedded polar…

Reversed-Phase Protein/Peptide Columns

Over 50 years of reproducible performance

Semi-preparative Columns with excellent batch-to-batch reproducibility