Used TELEDYNE IR 7000 #77303 for sale

TELEDYNE IR 7000 is a residual gas analyzer designed for reliable and accurate gas analysis. It offers the latest in technology, allowing users to monitor short-term changes in the composition of their samples. IR 7000 is equipped with the efficient optical system, allowing users to measure components with high-resolution accuracy even at low concentrations. Additionally, TELEDYNE IR 7000 can detect semi-volatile components with its patented compound analyzer mode. IR 7000 is designed to operate in a wide range of sample volumes, making it an ideal solution for industrial laboratories. It utilizes a multi-bay design to accommodate multiple sample observations at a single point in time. The multi-bay design also helps to reduce downtime for users, as data can be operated simultaneously without any compromise in accuracy or quality. The analyzer includes robust and interactive software, making it easy to understand data from multiple sources in a single interface. The software ensures that users receive instantaneous and reliable data while ensuring data organization and annotation capabilities. It also logs entire data history, allowing users to get accurate trend analysis. TELEDYNE IR 7000 is equipped with printable reports, allowing users to truly review and analyze their results. Additionally, there is an optional sample input interface, allowing users to introduce different samples without having to remove the system from its environment. The provide added data flexibility and practicality, the analyzer includes convenient data sharing and graphical visualization options. This includes profiles, tables and pie charts. Additionally, users also have access to data comparison feature, which helps them better understand any anomalies within their data samples. IR 7000 is an ideal solution for users who require high accuracy between low and high concentration samples. Its efficient optical system, multi-bay design, and software ensure that users receive reliable and accurate data in the shortest amount of time possible.