Agilent Technologies Inc. - 1260 Infinity HPLC-Chip/MS System

HPLC-Chip/MS for easy to use nanospray LC/MS
    
The Agilent 1260 Infinity HPLC-Chip/MS system is a microfluidic chip-based technology for nanospray LC/MS. Combined with the high performance Agilent 6000 MS systems, the HPLC-Chip II for LC/MS offers even more overall robustness, reliability and ease-of-use.  Applications include proteomics and small molecule analysis. A custom chip program delivers customized success.

Features:

• The HPLC-Chip integrates columns, connection capillaries,and nanospray emitter directly on the polymer chip surface eliminating peak dispersion and providing uncompromised chromatographic performance.
• Re-useable, integrated biocompatible HPLC-Chip designed for high sensitivity nanospray LC-MS.
• HPLC-Chip Cube provides easy to use operation with automatic chip loading, solvent and sample delivery to the chip, high pressure switching of flows and automated chip positioning in the MS source.
• mAb-Glyco Chip Kit, an automated turnkey solution for faster characterization of N-linked glycans on monoclonal antibodies. Integrates on-chip deglycosylation, glycan separation and glycan transfer to high sensitivity TOF/QTOF detection. Data processing tools allow for automated glycan identification, quantification and reporting, transforming complex, multi-step processes into a rapid workflow. Reduces labor and cost per sample and enables the analyst to provide answers - up to 100 x faster.
• Phosphochip, a re-usable, fully integrated HPLC-Chip, as the ultimate ease of use tool for phosphopeptide analysis, featuring phosphopeptide enrichment and analysis of both phosphorylated and non-phosphorylated peptides.
• HPLC Chip II technology with new carbon ion implanted filter - Improved surface characteristics for optimal contact and sealing, as well as reduced friction between rotor and polyimide chip.
• HPLC Chip II technology - Two times longer chip lifetime resulting  in lower cost per analysis and improved chip-to-chip and  run-to-run reproducibility.