Used BRUKER SCION 436-GC TQ #293644496 for sale

BRUKER SCION 436-GC TQ is a high-performance spectrophotometer with an advanced triple quadrupole design that is ideal for trace analysis. It is designed for reliable and accurate results and provides a wide selection of specialized analytical techniques. The 436-GC TQ offers a rapid and reliable method for the determination of small non-volatile organic compounds and trace elements. The spectrophotometer utilizes a triple quadrupole design to maximize sensitivity. This provides an expanded dynamic range and exceptional sensitivity to the analyte in an optimized scanning environment. The triple quadrupole detector is ideal for ultra-trace analysis, enabling low-level detection and quantification of trace compounds. This spectrophotometer also provides a range of data acquisition options to ensure even greater accuracy in the laboratory. SCION 436-GC TQ also features an advanced gas chromatography system that ensures accurate separation of compounds. The chromatographic setup includes a heated inlet port and a temperature-controlled oven that enables constant monitoring and optimization of the sample. The chromatograph also includes an auto-sampling system, which allows for faster, more consistent, and repeatable sample preparation. This spectrophotometer features an advanced software package for data analysis and visualization. The software allows for data manipulation and post-processing, providing powerful visual representations of the results and allowing for rapid interpretation. It also offers extensive compatibility with many laboratory instruments, making it ideal for laboratory professionals requiring powerful and efficient data analysis. BRUKER SCION 436-GC TQ is a comprehensive and reliable spectrophotometer solution for trace analysis. It is designed for effective and accurate detection and quantification of trace compounds and provides a robust and reliable data acquisition system. The integration of advanced gas chromatography and powerful software ensures the utmost in accuracy and reliability when measuring ultra-trace levels of organic compounds.