Used JEOL JMS-700 #9249260 for sale

JEOL JMS-700 Spectrometer is an Electron Impact Mass Spectrometer developed by JEOL for mass analysis of volatile and semi-volatile compounds. The JMS-710 operates with a detection limit of less than 0.00001%. It has a fully automated atmospheric pressure interface which ensures optimal performance even when used in a wide variety of sample environments. The instrument is equipped with a non-volatile memory that can store up to 4000 spectral scans. The instrument includes a stainless-steel chamber that is equipped with an EI source, quadrupole/ion filter, and collector. The quadrupole/ion filter is mounted on a revolving motor that provides a very large range of resolution, allowing users to select the desired range of mass-to-charge ratios (m/z). The source of the spectrometer is a horizontal-field EI source that ionizes molecules in the source region, providing exceptional mass resolution and sensitivity. The JMS-710 also has a built-in low-pressure high sputter rate ion source, allowing users to perform high sputter rate analysis with a high mass range. The acquisition system of the instrument features an intuitive software package that simplifies the recording of spectral data. With its graphical interface, users can easily control the spectrometer for both manual and Windows-based operation. The data acquisition system features a variety of data processing algorithms, providing users with a wealth of data processing options. The spectrometer supports both absolute and relative mass calibration for accurate results. The detector of the spectrometer is a multi-channel plate (MCP) detector, which provides excellent resolution and sensitivity even at very high ion intensities. The MCP detector is also sensitive to low energy ions, allowing users to accurately identify ion fragments. The JMS-710 also features two Faraday cups, which can be used to detect ion fragments with intact charges. The JMS-710 spectrometer is a reliable instrument for mass spectrometry, providing excellent resolution, sensitivity and high-resolution data processing capabilities. With its intuitive user interface, users can easily configure the instrument for both manual and automatic operation, providing the highest throughput and accuracy. The instrument has been proven to be a versatile tool for many industries, particularly those involved in detection of trace compounds, providing an economical and fast solution for studies requiring accurate detection and quantification.