FCSH18LAMF

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The FCSH18LAMF (Fluorescent Capillary Sorting Head) is an integral part of IDEX\'s (Identix) comprehensive toolbox for lab automation and microarray processing. The unit combines advanced optics with an intricate set of algorithms to quickly and accurately capture and analyze fluorescence-enhanced capillary samples. Utilizing a combination of electro-optical technology and proprietary algorithms, FCSH18LAMF can rapidly acquire, sort, and detect samples across a wide range of applications.

The FCSH18LAMF provides a platform for rapid detection of a wide range of fluorescent-labeled sample populations; gene expression analysis, bacterial identification, fungal sample analysis, and ELISA assays are a few of the applications provided by this product. Utilizing a forked-fiberoptic, the FCSH18LAMF can rapidly acquire and sort sample population in a matter of minutes depending on the size of the sample. Through the algorithmic interface, users are able to acquire and sort sample populations without the need to physically manipulate the sample.

The FCSH18LAMF working principle is based on a variation of fluorescence activation analysis (FAA) technology. FAA combines multiple excitation and emission channels to analyze multiple spectral labels on sample population. Utilizing the forked-fiberoptic, both excitation and emission of fluorescence-enhanced samples are detected by the unit. Depending on the sample population, the unit can detect up to three different spectral labels, and can acquire and sort capillary samples accurately and quickly. The unit then utilizes an internal algorithm to combine spectral information and accurately calculate the positions of individual samples and determine their assignment within a sample set.

As a key component of the IDEX\'s complete lab automation and microarray processing solution, the FCSH18LAMF ensures accurate acquisition and sorting of fluorescent-enhanced capillary samples across a variety of applications. Through the proprietary algorithms, users can acquire and sort sample populations quickly and accurately, without having to physically manipulate samples. The unit also provides a platform for rapid and accurate analysis of multiple spectral labels within a sample set, allowing users to quickly interpret data from natural samples, and to quickly transition from one application to another.

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