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The Aeromet II represents the next generation of tandem quadrupole mass spectrometry, incorporating proprietary fast tag ionization and detection mechanisms that significantly enhance the instrument's ability to detect trace-level analytes within complex biological, environmental, or pharmaceutical matrices. This technology supports low-volume sample injections while maintaining high fidelity in signal acquisition, thereby ensuring reproducibility and precision in quantitation.

Key Features:

• Fast Tag Technology: Proprietary fast tag ionization and detection mechanisms significantly enhance the instrument's ability to detect trace-level analytes within complex biological, environmental, or pharmaceutical matrices. This technology supports low-volume sample injections while maintaining high fidelity in signal acquisition, thereby ensuring reproducibility and precision in quantitation.
• Dynamic Range Optimization: The Aeromet II is equipped with Dynamic Range technology that extends the linear response range of the detector. This enables accurate quantification of both low-abundance and high-concentration species within a single analytical run, facilitating seamless method transfer and reducing the need for sample dilution or concentration. The instrument is designed for dual orthogonal for cone based sources which helps to remove neutral and sample matrix.
• High-Speed Acquisition: The Aeromet II system supports elevated scan rates and rapid polarity switching, allowing for the simultaneous monitoring of multiple transitions with minimal cycle time. This capability is particularly advantageous in high-throughput workflows such as pharmacokinetic profiling, metabolomics, and targeted proteomics.
• Reproducibility and Quantitative Confidence: The instrument's precision-engineered quadrupole filters and collision cell dynamics ensure consistent fragmentation patterns and transition reproducibility, which are critical for confident quantitation in regulated environments.
• Enhanced Method Development: The intuitive Spera software environment supports real-time data visualization, automated peak integration, and customizable acquisition protocols. These features accelerate the optimization of analytical methods and improve the interpretability of complex datasets.
• The instrument can be upgraded to a high-resolution mass spectrometry (HRMS) time-of-flight (TOF) system with ion mobility spectrometry (IMS), enabling mass measurements with up to four decimal places of precision. It offers an acquisition rate of up to 30 spectra per second and provides a mass resolution of greater than 60,000 for MS and MS/MS at m/z 1000. The system delivers a mass accuracy of 1 ppm and includes direct infusion capability. The instrument achieves a resolving power of more than 75,000, and the IMS and QTOF modes can be switched as required. The ion mobility separation provides an IMS resolution of greater than 40 Ω.