Biozen Nano LC Columns, developed by Phenomenex, are specialized liquid chromatography columns designed for high-sensitivity biomolecule separations, particularly suited for omics applications such as proteomics and metabolomics. These columns leverage advanced particle technology and innovative hardware to deliver superior performance, reproducibility, and ease of use.
Biozen Nano’s fully integrated SecurityLINK finger-tight fitting system simplifies your system connections while providing consistent performance through the Torque Limiting Technology that prevents over-tightening or under-tightening, making every connection leak-free.
Once the perfect connection has been made through finger-tightening, the SecurityLINK fitting offers a haptic “CLICK” to confirm that optimum torque has been reached. This ensures a consistent connection every time and prevents over or under-tightening that may cause column performance issues.
Biozen Nano Columns with integrated SecurityLINK Fittings were designed to be compatible with the majority of systems that are available on the market today. Compatible with any System with 1/16 in. Ports.
Nano LC columns are defined by their small size, low flow rates, and high sensitivity, making them ideal for analyzing limited samples in omics, pharmaceutical, and environmental research. Their versatility in formats and stationary phases, combined with compatibility with MS and UHPLC, positions them as powerful tools for high-resolution separations.
Torque Limiting Technology provides a tactile “CLICK” at optimal torque to prevent over- or under-tightening
Biozen Nano LC columns work by leveraging advanced core-shell or thermally modified particles, specialized chemistries, and biocompatible titanium hardware to deliver high-efficiency, reproducible separations for omics analysis. The SecurityLINK™ fitting system ensures leak-free connections, while the column design minimizes secondary interactions and enhances sensitivity in nano-flow LC-MS workflows. These features make the columns ideal for challenging applications like proteomics, peptide mapping, and viral peptide detection.