Description
The LCMS-8050RX LC-MS/MS combines outstanding sensitivity with ultra-fast, accurate analysis. This combination enables it to meet demands for increased resolution and shorter chromatographic runs while adding more analytes to a single method.
- Polarity switching time of 5 msec - Even when performing polarity switching analysis, the LCMS-8050RX acquires sufficient data points for even the sharpest UHPLC peaks, recording accurate peak data and allowing excellent reproducibility
- Data acquisition scan speed of 30,000 u/sec - Acquisition occurs so rapidly that MS/MS scans and MRM measurements can be performed concurrently while maintaining quantitative accuracy
- Ultra-fast MRM measurements up to 555 ch/sec
- CoreSpray technology enhances reliability by increasing gas flow and improving nebulizer coaxiality. This improves the heat distribution of the ionization source, ensuring unparalleled sample ionization
- IonFocus™ electrode effectively removes matrix contaminants, resulting in lower noise levels, superior data quality and reduced maintenance needs
- Heated ESI Probe - A state-of-the-art heated ESI probe improves desolvation efficiency to achieve trace detection and quantitation.
- Performance Concierge - Proactively evaluates system performance with a standard solution, troubleshoots problems and notifies operators of maintenance needs, effectively minimizing instrument downtime
- Easy maintenance - the desolvation capillary can be replaced without breaking vacuum, and probe maintenance is quick thanks to easily accessible consumable components.
LabSolutions LCMS workstation software provides intuitive control. The software is equipped with a powerful data browser and an automated MRM optimization routine. Numerous options, including application-specific method packages and open-access quantitative analysis software, are available to address specific customer requirements. In addition, optional LabSolutions Insight data review software, supporting review-by-exception, dramatically improves the speed and efficiency of multi-analyte data analysis.