Used ROCHE Urysis 2400 #9300582 for sale

ROCHE Urysis 2400 is a powerful and advanced laboratory equipment and accessory. This version of ROCHE Urysis is designed to help professionals in the medical, educational, and scientific fields measure, analyze, and interpret data in a number of ways. Urysis 2400 is a modular equipment, allowing users to customize the components and software based on their individual needs. A variety of lengths and diameters are available to ensure that the accessories fit the user's equipment correctly. Each module includes a specific number of operational features such as data storage capacity, data accuracy, sample volume, measurement speed, and temperature range. ROCHE Urysis 2400's primary purpose is to measure the specific parameters of interest in a laboratory environment. This includes real-time sample measurements, predictability of results, long-term data storage, and automated trace elements analysis. To ensure accuracy, the system is equipped with an Illuminated Optic Module for precise measurement monitoring. Urysis 2400 also has computerized interface options and software that allow users to control, store, and analyze data. There are multiple levels of software that can be used, depending on the user's desired level of experience and data complexity. In addition, the unit is designed for scalability. This means that components and software can be customized and upgraded depending on the user's future needs. ROCHE Urysis 2400 is equipped with a number of safety measures including over-voltage protection, EMC shielding, and a kill switch to protect the user from any potential hazards. Moreover, the interface and the use of data can be protected with several security measures. Urysis 2400 is a powerful and accurate laboratory equipment and accessory. Its modular design allows users to customize their setup and the software is adaptable to their needs. The safety measures ensure that the user is protected when operating the machine. This makes ROCHE Urysis 2400 perfect for anyone looking to efficiently analyze data with precision.