Agilent, G1315-80002, Quartz cell body, 80 nL, 6 mm path length

Quartz cell body, 80 nL, 6 mm path length. For 80nL Flow Cell (p/n G1315-68716)

Specifications:
Application Compatibility: Cap-Nano
Module Compatibility: Detector
Path Length: 6 mm
System Compatibility: 1100 LC System1220 Infinity II LC System1260 Infinity II & III LC System1260 Infinity II & III Prime LC System1260 Infinity LC System1290 Infinity II & III LC System1290 Infinity II LC System
Technique: LC
UNSPSC Code: 41115700
Use With Instrument: G1315BG1315CG1315DG1365BG1365CG1365DG7115AG7165A
Volume: 0.08 µL

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This high-precision quartz cell body offers an 80 nanoliter internal volume and a 6 mm optical path length, optimizing optical measurements in liquid chromatography and spectroscopy applications. Engineered from high-purity quartz, the cell is designed for maximum chemical resistance and superior light transmission, making it suitable for sensitive UV and visible-range analyses. Its compact internal volume minimizes sample consumption, making it ideal for protein, nucleic acid, or small molecule quantification, especially in scenarios with limited or precious samples.

The cell integrates seamlessly with a range of Agilent diode array detectors (DADs) and UV detectors, supporting high-throughput, high-sensitivity research workflows in pharmaceutical, environmental, and biochemical laboratories. Its robust construction ensures compatibility with automated sample handling systems, liquid chromatography instruments, and microfluidic setups requiring precise optical measurement. Researchers benefit from consistent path length accuracy, enabling reliable absorbance readings for both routine analyses and advanced research projects.

This quartz cell body is fully compatible with corresponding Agilent flow cells, detection systems, and accessory modules used in liquid chromatography. It is an essential consumable for laboratories aiming to achieve accurate, reproducible quantitative and qualitative results in spectrophotometric and chromatographic applications.