Agilent, G1314-60187, Micro flow cell, 3 mm, 2 µL for variable wavelength detector with RFID tag

Micro flow cell, 3 mm, 2 µL for variable wavelength detector with RFID tag. For G1314B/C/E/F; G7114A/B

Specifications:
Application Compatibility: Analytical
Brand: InfinityLab
Module Compatibility: Detector
Path Length: 3 mm
System Compatibility: 1100 LC System1120 LC System1200 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: 41115701
Use With Instrument: G1314BG1314CG1314EG1314FG7114AG7114B
Volume: 2 µL

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The micro flow cell with a 3 mm path length and 2 microliter volume offers precise and efficient detection for chromatographic analyses using variable wavelength detectors. Featuring integrated RFID tagging, this flow cell enhances traceability and streamlines maintenance by allowing automated recognition and storage of usage history within compatible systems. Engineered for low volume applications, it delivers high sensitivity and minimal dispersion, making it ideal for micro and ultra-high performance liquid chromatography setups where sample conservation and analytical accuracy are critical.

Commonly utilized in pharmaceutical quality control, life sciences research, and food safety testing, this flow cell optimizes the performance of liquid chromatography with ultraviolet or visible detection, especially when analyzing small sample volumes or working with limited or precious compounds. The device is fully compatible with a range of Agilent variable wavelength detectors, such as those found in Agilent 1100, 1200, and 1260 Infinity LC systems, ensuring seamless integration and reliable operation. For laboratories requiring frequent exchange and identification of flow cells, the built-in RFID technology offers a robust solution for managing consumables and ensuring compliance with regulatory standards. This accessory supports optimal signal-to-noise ratios and reproducibility, making it a vital component for high-throughput analytical workflows.