Used THERMO FINNIGAN TSQ 7000 #158491 for sale

The ThermoFinnigan THERMO FINNIGAN TSQ 7000 is a high resolution mass spectrometer designed to support a wide range of research applications. This triple quadrupole instrument has been designed to enable the most accurate, precise and sensitive analysis and can be used to study compounds as small as single biochemicals and as complex as environmental samples. TSQ 7000 provides enhanced sensitivity and resolution when compared to other triple quadrupole instruments, and its high-performance electronics enable confidence in the reproducibility of results. THERMO FINNIGAN TSQ 7000 is equipped with a range of features to support accurate sampling, with a robust and reliable interface which allows multiple injectors to be used. The capacitively-coupled RF ion detection system on-board allows the user to generate intense ions from low-energy interfaces, generating strong fragmentation and providing increased selectivity. The instrument is dedicated to performing high-sensitivity, accurate and reproducible measurements. Its dual-phase, multi-vacuum chamber design allows for an enhanced residence time in the source and detector, which increases the sensitivity of the instrument. The high-precision digital electronics, combined with the low-background of the system, offers excellent detection limits, allowing the instrument to measure trace-level compounds. TSQ 7000 is fitted with an advanced data system, which offers flexibility in data collection, processing and storage. The instrument is able to collect data from both the source and quadrupole stages, and the ability to collect the data simultaneously, results in improved acquisition rates. The data can be easily manipulated, enabling the user to optimize their results for the highest resolution and sensitivity. The ThermoFinnigan THERMO FINNIGAN TSQ 7000 is an advanced, high-performance instrument that is ideal for trace level detection and analysis. Its advanced design, including enhanced resilience and sensitivity, allow the instrument to perform very accurate analysis, increasing the confidence in the results generated. The performance of the instrument, combined with its easy-to-use interface and data acquisition, makes it the preferred choice for many high-end research applications.