Product support and applications information for current customer reference only
TEMPUS is a time-of-flight instrument capable of acquiring over 30,000 spectra every second! This allows all the latest fast GC and GC x GC technologies to be used, and TEMPUS has more than enough speed to easily handle the resultant data. This data contains MORE components with MORE sensitivity in LESS time!
Compared to standard GC/MS methods, TEMPUS has demonstrated a minimum of five times the throughput in real laboratory situations! More components in less time with better quantitation means ONE TEMPUS can replace multiple existing GC/MS systems.
This MS detector provides you with simultaneous quantification and identification and is suitable for a vast array of applications, including Petrochemical, Environmental, Cosmetics and Toiletries, and Fragrance and Flavors.
With the unique combination of a huge dynamic range and full spectral linearity in excess of four decades, the accurate quantitation generated by TEMPUS is second to none.
The TEMPUS produces standard library searchable spectra at up to 60 spectra per second. With amazing sensitivity and correct isotope ratios, analytical results are accurate, unambiguous and really fast!
Chemical Ionization (CI) with integrated digital flow control of the CI gas is also available on the instrument.
- Super fast MS Detection
- Full spectra with high sensitivity
- High sampling rate vital for FAST GC
- Compresses chromatography for highest throughput
- Over 4 decades of full spectral dynamic range
- Classical EI spectra standard libraries
- Ideal for complex mixtures and natural products
- Performance uncompromised by matrix
- Open Access multi-user walk-up technology
- Produces high quality library searchable spectra over a wide concentration range
- Fully customizable to suit and laboratory
- Fully automated for increased productivity
- EI library searching and compound confirmation
- CI for molecular weight confirmation and enhanced sensitivity
- High flow rate column compatibility
- Differential pumping