Used INFICON XMS-3 #89885 for sale

INFICON XMS-3 is a residual gas analyzer (RGA) that is designed to provide accurate and precise measurements of gases and vapors in low and ultra-high vacuum applications. XMS-3 utilizes a pyrolysis-resonant ionization detector (PRD) to detect and measure the concentration of gas molecules within a sample chamber. The PRD is a versatile and sensitive detector capable of detecting single molecules of many gases, as well as individual ions of multi-component gases. INFICON XMS-3 is built with a proprietary control system, including eight user-programmable control parameters, that allows the user to customize their analyses to their specific needs. In addition to PRD technology, XMS-3 also contains a built-in Faraday cup electron source, allowing for the accurate and precise measurement of electron current intensity. This technology provides extremely accurate and reliable measurements, regardless of the application. INFICON XMS-3 offers a wide range of analytical abilities, including providing mass spectra of gas and molecular compositions, as well as real-time scans of the pressure in the sample chamber. Its versatile design permits measuring pressures up to 10-6 mbar. This makes it especially useful in ultra-high vacuum applications. XMS-3 design allows for measurements to occur rapidly and with minimal operator involvement. INFICON XMS-3 is an incredibly powerful and reliable system for gas and vapor detection. Its PRD detector allows for the detection of single molecules, provides a wide range of analysis capabilities, and is able to withstand high vacuum pressures. Its built-in Faraday cup electron source ensures precision and accuracy. With eight user-programmable control parameters, XMS-3 allows for customizing analyses to specific applications. The true strength of INFICON XMS-3 system lies in its rapid scanning ability and its overall robustness. Its superior design and power make it an ideal choice for any application requiring the accurate detection and measurement of gas and vapors.