Used BECKMAN COULTER Vi-Cell Auto #9288666 for sale

BECKMAN COULTER Vi-Cell Auto is a lab equipment and accessory used to automate the viability cell counting process. This automated device allows researchers and medical professionals to measure cell viability quickly and accurately. It features a two-step cell analysis process that combines cell image acquisition with software analysis. This equipment can be used to count a variety of cell types for health and disease research. Vi-Cell Auto uses a unique optical inspection system which captures a sample image utilizing fluorescent and color cell images simultaneously. This unit can then assign cell-specific markers to the acquired image, allowing the machine to differentiate between different cell populations and detect features such as deformity, size, and shape. It has two different modes: the disposable cell chamber and the reusable chamber for a broad range of cell-based assays. After image acquisition, the tool uses automated counting algorithms to accurately count live and dead cells without user interference. BECKMAN COULTER Vi-Cell Auto functions using a WinCE operating asset, and the PC interface software performs the image analysis. The model can be easily programmed and modified to work with a variety of cell assays. This equipment also includes a 4.3-inch touch-screen display that makes the system intuitive and easy to use by researchers. Vi-Cell Auto also has features that make safety a priority. It includes a built-in ionization filter that prevents cellular contamination from sample to sample, minimizing the risk of contamination between experiments. The unit also has an internal bar code reader which facilitates sample identification and tracking. BECKMAN COULTER Vi-Cell Auto allows researchers to quickly and accurately measure cell viability. This automated machine is easy to use, with a intuitive touchscreen display and built-in safety features. The tool combines image acquisition and software analysis to ensure the highest accuracy in cell count and viability. It provides an essential tool for health and disease research, helping researchers to more quickly process and accurately analyze samples.