Used FISHER SCIENTIFIC IR 4100 #9251145 for sale

FISHER SCIENTIFIC IR 4100 is a highly advanced laboratory equipment and accessory designed for precise and reliable measurements of liquids and gases in research and development. It is an Infrared Absorption Analyzer (IR-2200R) that provide rapid, accurate and simultaneous measurements of multiple components from a single sample or multiple samples, allowing for effective research in a variety of settings. IR 4100 works by measuring infrared frequencies (absorption of waves) to generate a spectrum or "fingerprint" during the analysis. This fingerprint indicates the unique characteristics of the substance being tested, which is used to identify and quantify the amount of the substance present. This technology allows for extremely precise measurements with extremely high repeatability and accuracy, making FISHER SCIENTIFIC IR 4100 a must-have piece of scientific equipment. IR 4100 is designed with powerful data analysis capabilities and an easy-to-use user interface. It is convenient to use with a fast turnaround time, allowing for near real-time results in only a few minutes. The equipment's inbuilt quality assurance program also verifies the accuracy of the measurements, so users can be sure that they are receiving the most accurate results possible. In addition, FISHER SCIENTIFIC IR 4100 is equipped with fault diagnostic functions and an in-built safety system that make the instrument safe to use. The high-performance design and quick response time allows IR 4100 to be used for both routine and demanding testing. It has the accuracy and repeatability for basic testing needs, but also the ability to capture small changes in infrared levels for more advanced applications. FISHER SCIENTIFIC IR 4100 is an advanced laboratory equipment that provides fast and reliable measurements of liquids and gases for a variety of research and development purposes. With its easy-to-use user interface, accurate results, internal quality assurance program, and safety features, IR 4100 is a great choice for any laboratory or research setting that needs precise and reliable measurements of liquid and gas molecules.