Waters XEVO TQ-S

The Waters XEVO TQ-S is a high-performance tandem quadrupole mass spectrometer designed for advanced analytical applications in research and industry. The XEVO TQ-S offers exceptional sensitivity, with many analytes' detection limits in the sub-picogram range. Its advanced ionization techniques and innovative collision cell design enable precise and reliable quantification of trace-level compounds in complex samples. With fast scan speeds and rapid data acquisition rates, the XEVO TQ-S ensures high throughput analysis, efficiently analyzing large sample sets within short timeframes. This capability enhances productivity in analytical laboratories, enabling faster turnaround times for critical analyses.

The instrument boasts a wide dynamic range, accommodating low- and high-concentration analytes within the same sample run. This feature enables accurate quantification across a broad range of analyte concentrations, minimizing the need for sample dilution or concentration. Built with precision engineering and rigorous quality control standards, the XEVO TQ-S delivers robust and reliable performance, even in demanding analytical environments. Its rugged design and stable operation ensure consistent results over extended periods, reducing downtime and maintenance requirements. The XEVO TQ-S integrates with Waters' comprehensive software solutions, providing intuitive control, data processing, and analysis capabilities. This integration streamlines workflow processes, from method development to results interpretation, enhancing overall laboratory efficiency and productivity. From pharmaceutical analysis to environmental monitoring and food safety testing, the XEVO TQ-S accommodates various applications. Its flexibility and versatility suit diverse research and industrial laboratories seeking precise and accurate mass spectrometry solutions. Overall, the Waters XEVO TQ-S sets the standard for performance, sensitivity, and reliability in tandem quadrupole mass spectrometry, empowering scientists to achieve superior analytical results and advance their research goals.