Mass spectrometer LCMS-8060NX

quadrupoleMS/MSR&D

Overview
The Shimadzu LCMS-8060NX is a triple quadrupole liquid chromatograph mass spectrometer (LC-MS/MS) delivering world-class sensitivity and ultra-fast detection speeds. It integrates the IonFocus™ ion source unit, UFMS (Ultra Fast Mass Spectrometry) technology, UF-Qrray™ and UF-Lens™, plus an ultra-fast power supply to enhance throughput, robustness and ease of operation.

Key features

• Advanced triple quadrupole technologies: IonFocus™ ion source; UFMS; UF-Qrray™; UF-Lens™; ultra-fast power supply
• Improved robustness: IonFocus™ focus electrodes reduce sensitivity loss from matrix effects by expelling contaminants more efficiently
• High throughput and sensitivity: optimized ion transfer and UFMS enable fast detection with high sensitivity
• Intelligent automation: integration with Nexera™ series UHPLC and Analytical Intelligence features to streamline workflow and maximize laboratory output

Videos

• LCMS8060NX Liquid Chromatograph Mass Spectrometer — product movie demonstrating features, sensitivity and detection speed

Downloads and documents (selection)

• Instruction Manual - LCMS-8060/8060NX (product manual)
• LCMS-8060NX UFMS ULTRA FAST MASS SPECTROMETRY - Liquid Chromatograph Mass Spectrometer (brochure)
• Robustness Evaluation of the LCMS-8060NX with a Newly-Developed Ion Source, IonFocus™ Unit (technical report)

Technical specifications / characteristics

• Product type: Triple quadrupole liquid chromatograph mass spectrometer (LC-MS/MS)
• Model: LCMS-8060NX
• Key technologies: IonFocus™ ion source unit; UFMS; UF-Qrray™; UF-Lens™; ultra-fast power supply
• Performance: world-class sensitivity and detection speeds; increased robustness; reduced sensitivity loss from matrix effects
• Integration: designed to integrate with Nexera™ series UHPLC and Analytical Intelligence features for automation and improved throughput
• Documentation: product brochure, instruction manual and technical reports available (PDF)
• Intended use: For Research Use Only. Not for use in diagnostic procedures.