Used NANOMETRICS / BIO-RAD / ACCENT Experion #9298365 for sale

NANOMETRICS / BIO-RAD / ACCENT Experion, an automated hybridization and detection equipment, is a powerful workflow solution for DNA, RNA, and protein analysis in a number of areas including genomic, epigenomic, functional genomic, and proteomic research. The system enables researchers to harness the power of state-of-the-art bioinformatics and automation to quickly and accurately process large quantities of sample data. ACCENT Experion platform consists of a range of automated instruments, reagents, and software programs used in sample preparation, sample analysis, and data management. This includes a robotic processing unit for sample handling, a ACCENT nanodrop detector for real-time analysis, and an BIO-RAD DNA microarray workstation for the hybridization and detection of genomic targets. BIO-RAD Experion also includes an easy-to-use data analysis and visualization tool, allowing researchers to quickly assess their results. NANOMETRICS Experion is designed to increase the speed, accuracy, and cost-efficiency of sample processing and analysis. Automation allows for multiple samples to be analyzed simultaneously in only a few minutes, eliminating the need for manual processing and reducing labor and analysis costs. The real-time analysis provided by the nanodrop detector allows researchers to spot any errors quickly and easily, enabling accurate sample data with minimal disruption in the workflow. In addition, the machine provides multiple channels to capture, store, and manage data, allowing for greater data accuracy, security, and compliance. This modular automation tool also enables researchers to customize and expand their processes, allowing them to add other instruments and software packages as needed to meet their changing needs. Experion is a reliable and affordable asset that provides a powerful workflow solution for DNA, RNA, and protein analysis. Its automated analysis and data management capabilities simplify and streamline research processes, helping save time and effort while producing accurate and reliable results. Researchers can trust the model to deliver accurate data quickly and efficiently, enabling robust and comprehensive genetic and proteomic studies that support biomedical research and biomedical discovery.