Used CELL BIOSCIENCES / PROTEINSIMPLE FluorChem E #9397879 for sale

CELL BIOSCIENCES / PROTEINSIMPLE FluorChem E is a fluorescence imaging equipment that combines scanning fluorescence detection with digital imaging and analysis in a straightforward, intuitive format. It is a powerful, versatile tool for applications such as cell physiology, cell cycle analysis, nuclear and cytoplasmic protein quantitation, and cytometry. The instrument offers superior sensitivity and reproducibility, allowing for more precise research results. It is an upgraded version of the original FluorChem model, offering improved imaging and detection capabilities for improved performance. The hardware consists of a sample stage, optics, detector, light source, and control system. The sample stage can accommodate sample application plates, slides, dishes and loops, with a maximum sample size of 16 cm x 20 cm. The optic unit consists of two peaks, one for visible excitation and the other for UV excitation. The two peaks ensure flexibility in the selection of filter sets for the best wavelength choices for any application. The detector is cooled for optimal sensitivity and performance and has a resolution of 512 x 512 pixels. The light source has a built-in variable aperture tool and a high intensity output range of 400-1000 relative fluorescence units. PROTEINSIMPLE FluorChem E has an intuitive user interface and is fully compatible with Windows, Mac, and Linux operating systems. With the included high-level software, users can quickly and easily configure the machine and analyze their data. The software provides support for a wide range of modalities, including fluorescence analysis, cell cycle measurements, quantitative protein analysis, and more. CELL BIOSCIENCES FluorChem E is an excellent option for researchers seeking an all-in-one imaging and analysis solution. With its superior sensitivity and versatility, researchers can generate accurate and reliable data quickly and easily. With its improved imaging capabilities, users can capture a greater number of specimens and analyze them with ease. The tool is also highly cost-effective, making it an economical choice for a wide range of research applications.