Used JEOL JMS-600 #293645026 for sale

JEOL JMS-600 is a high-performance mass spectrometer designed to provide superior resolution and sensitivity, ideal for small molecule analysis in pharmaceutical research and other industries. JMS-600 is equipped with a quadrupole analyzer for accurate and sensitive detection of ions over a wide range of m/z values, a hemispherical analyzer for high resolution and scanning capabilities, a quadrupole ion guide for optimal ion injection, and a high-sensitivity electron multiplier detector for peak detection. Additionally, JEOL JMS-600 utilizes an advanced data acquisition and processing system for superior performance and enhanced data acquisition capability in complex analytical environments. JMS-600 is a single quadrupole mass spectrometer that offers an unprecedented combination of high performance and versatility. With a scalable range of m/z values (up to 600 m/z), high resolution, and high mass accuracy of less than 10 ppm, JEOL JMS-600 can easily be optimized for a variety of applications. Additionally, the device is equipped with an advanced data acquisition system which enables real-time analysis of samples, allowing for fast and effective data collection and analysis. JMS-600 also employs a variety of ionization techniques, including electron impact and chemical ionization, to improve the selectivity and accuracy of experimental results. Additionally, the device is suitable for both positive and negative ionization, as well as special applications such as thermal ionization and thermospray. Furthermore, the quadrupole ion guide functions at an extremely low pressure, ensuring precise and reliable measurement of ions with a high resolution, while the electron multiplier detector features high sensitivity, eliminating the need for an additional detector. Overall, JEOL JMS-600 is an ideal choice for molecular and ion analysis, characterized by its comprehensive range of capabilities, high performance, and excellent accuracy. Its advanced data acquisition and processing system provide exceptional accuracy and sensitivity, while its versatile design enables users to maximize the potential of their experiments.