Description
The latest evolution in triple quadrupole mass spectrometry, the LCMS-8065XE incorporates innovative technologies that deliver exceptional performance and throughput for an outstanding ROI. The instrument incorporates Shimadzu’s complete Ultra Fast Mass Spectrometry (UFMS) technology suite, including 5 msec positive/negative ion switching with zero signal loss; ultra-fast MRM acquisition up to 555 channels/sec; and scanning up to 30,000 u/sec with maximum ion transmittance.
Multiple new technologies enable high reliability, robust performance, and enhanced productivity. These include:
- StreamFocus Ionization Technology – A low-dispersion nebulizer nozzle dramatically reduces liquid droplet dispersion while maximizing ion intake efficiency. This breakthrough achieves exceptional sensitivity improvements, particularly in negative mode.
- Enhanced IonFocus Performance – The evolved IonFocus unit utilizes a focusing electrode to selectively guide ions into the intake port while excluding neutral matrix components, ensuring sensitivity even when the ion spray is positioned further from the intake port and delivering superior robustness for long-term analysis.
- UFsweeper™ IV Collision Cell – The next-generation collision cell features a larger inlet lens diameter and an increased number of lenses for improved ion throughput, enhanced ion transmission, and dramatically improved sensitivity and quantitative precision.
- Performance Concierge – Provides greater uptime by automatically monitoring system performance, providing proactive maintenance alerts, and reducing instrument downtime through predictive diagnostics.
- Peakintelligence for LCMS delivers revolutionary AI-driven peak detection with up to 67% reduction in manual review time and superior reproducibility across complex analyses.
LabSolutions LCMS workstation software provides total operator support, from analysis to data processing. LabSolutions Connect/LabSolutions Insight platform supports the entire analysis workflow, including project file management, optimization of MRM and interface parameters, efficient verification of quantitative results, simple method and batch creation and verification of quantitative results.