Used WATERS / MICROMASS QTOF II #133299 for sale

WATERS / MICROMASS QTOF II is a high-performance mass spectrometer that utilizes a dual-stage quadrupole technology to enable high-resolution and accurate mass analysis. It provides the user with an unparalleled analytical tool that is capable of detecting chemical compounds and structures in material samples. WATERS QTOF II incorporates an electrospray ionization source (ESI), as well as a high-resolution quadrupole mass filter for improved sensitivity and selectivity. The ESI source is capable of producing uniform and highly charged ions from biopolymers and synthetic materials, allowing for the analysis of large molecules in complex matrices. Additionally, the high-resolution quadrupole mass filter provides enhanced selectivity and sensitivity when analyzing samples, allowing the user to discriminate between molecules of similar masses. MICROMASS QTOF II also features a time-of-flight (TOF) detection system which is capable of detecting ions with a mass resolution approaching 1 ppm, enabling accurate and precise quantification of ions across a wide mass range of 5-2000 m/z. Furthermore, the system also offers advanced data acquisition capabilities, with its unique Multiple Reaction Monitoring (MRM) feature. This feature can be used to increase the accuracy and speed of data acquisition by recording multiple reaction times, enabling the user to selectively focus on specific ions. QTOF II also includes an automated data processing software suite to simplify the analysis and quantification of the results. This software enables rapid and efficient data processing, as well as high-throughput operations, providing the user with a comprehensive solution for high-resolution mass spectrometry. Overall, WATERS / MICROMASS QTOF II is an ideal high-performance mass spectrometer for molecular analysis and identification on samples of any complexity. It is equipped with powerful hardware and software tools which allow the user to achieve accurate and precise results in their chosen field.