Used MILLIPORE Guava PCA-96 #147282 for sale

MILLIPORE Guava PCA-96 is a lab equipment and accessory designed to help biologists carry out a reliable and efficient fluorescence-based cellular analysis. This state-of-the-art, low-cost lab instrument uses flow cytometry to analyze individual cells in real time. It is widely used in a variety of lab research settings, including the study of tissue culture, single-cell biology, protein expression, and molecular characterization. Guava PCA-96 is a robust system that can handle samples from a wide range of sample types, from whole blood and cell suspensions to tissue homogenates. The comprehensive suite of built-in analysis tools and customizable settings allow biologists to quickly and accurately analyze sample sizes from tens to thousands of cells. The instrument features 96-well plates for brighter, long-lasting results. They come equipped with specialized capillaries for each well, allowing for precise cell capture and sorting. Additionally, each plate has been designed to prevent wells from drying up and preserving sample integrity. MILLIPORE Guava PCA-96 is designed to be user-friendly, with intuitive software and hardware controls. The hardware has a compact, ergonomic design, taking up only a small space in the lab, while the USB cable and plug-in provide users with easy connectivity and fast data acquisition. The instrument's software is one of the most sophisticated flow cytometry analysis programs on the market, and allows users to customize their experimental parameters to perform data export and analysis. The instrument has a wide range of detection capabilities, allowing biologists to collect fluorescence images and analyze fluorescent dye-labeled cells or particles. Additionally, researchers can use Guava PCA-96 to fluorescently label bead-based assays and extract important data from highly-accurate imaging. This lab equipment is a practical and cost-effective way for many researchers to quickly obtain accurate and reliable data from cell biology projects. It is fast, reliable, and provides clear, quantifiable results for a variety of methods in cellular studies.