Agilent, 10076800, Fiber optic dip probe coupler accessory, fluorescence

Fiber optic dip probe coupler accessory, fluorescence. Allows a fiber optic dip probe to be connected using SMA 906 connectors. Includes a remote read connection to enable read triggering from the probe mounting arm. Requires the fiber optic dip probe (p/n 7910043100)

Specifications:
Instrument Compatibility: Cary Eclipse
Notes: Allows a fiber optic dip probe to be connected using SMA 906 connectors. Includes a remote read connection to enable read triggering from the probe mounting arm.Requires the fiber optic dip probe (p/n 7910043100)
UNSPSC Code: 41115406

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Designed to facilitate sensitive fluorescence measurements, this fiber optic dip probe coupler accessory enables efficient light transmission between fiber optic probes and compatible fluorescence detection systems. Ideal for real-time, in situ monitoring, the coupler allows direct immersion of the probe into liquid samples, streamlining sample handling and minimizing contamination risk. This functionality is particularly valuable in research applications such as pharmaceutical analysis, bioprocess monitoring, and environmental testing, where rapid and reliable fluorescence detection is essential.

The accessory is engineered to deliver excellent optical coupling efficiency, reducing signal loss and ensuring accurate data collection. Its robust construction supports repeated use in demanding laboratory or field environments. Seamless integration with a range of Agilent fluorescence spectrometers and optical fiber probes is provided, maximizing versatility and expanding experimental possibilities. Additionally, it is compatible with standard fiber optic components, promoting ease of setup within existing workflows.

Common usage scenarios include kinetic studies, protein binding assays, and quantitative determination of fluorescent analytes in complex matrices. The accessory supports applications that require minimal sample preparation, enabling direct analysis and faster decision-making. Researchers benefit from high reliability, straightforward operation, and enhanced sensitivity, making this coupler an indispensable addition for laboratories utilizing fiber optic fluorescence technologies.