Agilent, G7115-60001, InfinityLab preparative flow cell, for MWD (G7165A) and DAD (G7115A), 3 mm path length

InfinityLab preparative flow cell, for MWD (G7165A) and DAD (G7115A), 3 mm path length. 2 unions (5022-2133) 2 connecting capillaries (5500-1342 for flow rate 4–8 mL/min, 5500-1343 for flow rate 15–40 mL/min, 5500-1344 for flow rate 40–80 mL/min, 5500-1345 for flow rate 80–200 mL/min) need to be ordered separately.

Specifications:
Application Compatibility: Preparative
Brand: InfinityLab
Module Compatibility: Detector
Path Length: 3 mm
System Compatibility: 1260 Infinity II & III LC System1260 Infinity II Purification System
Technique: LC
UNSPSC Code: 41115700
Use With Instrument: G7115AG7165A

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This preparative flow cell offers a reliable solution for high-sensitivity, high-throughput chromatographic analysis in demanding laboratory environments. Featuring a 3 mm optical path length, it is specifically engineered for accurate detection and quantification of analytes in preparative liquid chromatography. Its robust design supports precise, reproducible results by ensuring optimal light transmission and minimal sample dispersion. Ideal for both method development and routine purification workflows, the flow cell is optimized for use with multi-wavelength detectors and diode array detectors, particularly Agilent systems such as MWD G7165A and DAD G7115A.

Researchers and laboratory professionals benefit from this component when conducting scale-up purification, fraction collection, or compound isolation, where consistent detection is critical. Common applications include pharmaceutical compound purification, natural product isolation, and biomolecule analysis. The flow cell integrates seamlessly into the InfinityLab LC series, supporting both analytical and preparative workflows. Compatibility with related chromatography components and accessories ensures efficient system configuration and maximum instrument uptime. The high-quality construction resists chemical wear, making it suitable for a wide range of solvents and mobile phases commonly used in modern liquid chromatography laboratories. This makes it a preferred solution for laboratories seeking precision, durability, and reliable performance in preparative scale detection.