Agilent, G1315-68716, Nanoliter Flow Cell - 80 nL, 6mm, 5bar

Nanoliter Flow Cell - 80 nL, 6mm, 5bar. Contains quartz flow cell with 6 mm path length and 80 nL volume and connecting capillaries, maximum 50 bar pressure

Specifications:
Application Compatibility: Cap-Nano
Module Compatibility: Detector
Path Length: 6 mm
System Compatibility: 1200 LC System1220 Infinity II LC System1260 Infinity II & III LC System1260 Infinity II & III Prime LC System1260 Infinity LC System
Technique: LC
UNSPSC Code: 41115700
Use With Instrument: G1315BG1315CG1315DG1365BG1365CG1365DG7115AG7165A
Volume: 0.08 µL

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The Nanoliter Flow Cell with an 80 nL capacity, 6 mm light path, and 5 bar pressure rating is specifically designed for applications requiring highly sensitive optical detection at extremely low flow rates. Its optimized nanoliter volume is ideal for capillary and nano-liquid chromatography (nano-LC) workflows, enabling researchers to maximize sample recovery and enhance detection of low-abundance analytes. This flow cell is particularly suited to proteomics, metabolomics, pharmaceutical development, and biomolecular research where sample conservation and sensitivity are critical.

Compatible with Agilent diode array detectors and UV-Vis systems commonly used in advanced liquid chromatography setups, this flow cell facilitates seamless integration and reliable performance across a wide range of separation technologies. Its robust construction withstands pressures up to 5 bar, supporting stable operation under demanding nano-LC conditions. The precise 6 mm optical path length offers improved absorbance sensitivity for quantitation and characterization of trace components.

Well-matched with capillary and nano-scale LC columns as well as Agilent analytical platforms, the Nanoliter Flow Cell serves as an essential component in workflows requiring accurate detection at ultra-low volumes. By minimizing dispersion and maximizing sensitivity, it supports reproducible and high-quality chromatographic data acquisition in advanced research environments.