Used BIOMERIEUX Signatures with BACT view for BacT/ALERT 3D #9241163 for sale

BIOMERIEUX Signatures with BACT View for BacT/ALERT 3D is a laboratory equipment and accessory developed for optimized monitoring and control of microbial contamination. This product offers real-time monitoring and control of microbial diversity by exploiting the power of biotechnologies. This laboratory accessory is developed for BacT/ALERT 3D. This includes a unique Signatures chip that accommodates up to 16 different microbial species. There are 3 Signatures chips {i.e} CIP (Certified Identity Profile) v1, CIP v2 and CIP v3 available for optimal microbial identification and control. Additionally, the Signatures with BACT View features the OptiPlate™ plate reader with advanced sensitivity, accuracy and rapidity for quantitation and identification of microbial colonies. The plate reader also has an intuitive interface for easy programming and operation. Furthermore, the Signatures with BACT View for BacT/ALERT 3D offers powerful CFU (colony-forming unit) detection and enumeration capabilities. With this product, microbial communities can be characterized accurately, rapidly and affordably. It also supports up to 96 color-coded microplates, making it perfect for high-throughput applications. Moreover, this laboratory accessory also features the BacT/ALERT viewers. This includes a color touch-screen PC, as well as specialized software for easy management and tracking of bacilli populations. The BacT/ALERT viewers also offers automated reporting of microbial contaminations in order. In addition, the Signatures with BACT View for BacT/ALERT 3D also comes with a library of biomaterials and a powerful analytic tool known as the ALERT™. This tool can be used for the visualization of microbial activity, correlation of population parameters with other sample measurements, and monitoring of trends in microbial populations. Overall, the Signatures with BACT View for BacT/ALERT 3D is an effective and reliable laboratory accessory designed to offer accurate detection and control of microbial communities. It utilizes advanced biotechnologies and offers customizable features such as touch-screen PC and specialized software for easy and intuitive operation.