Citius™ LC-HRT

Description
Developed to withstand the rigor of modern analytical demands, the Citius provides high-performance MS capabilities, including acquisition speed, mass accuracy, isotopic abundance, and dynamic range, all available simultaneously—NO COMPROMISES.

Video: Benefits and features of the award-winning Citius™ LC-HRT
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Features

• Utilizes LECO's Folded Flight Path™ (FFP™) technology to allow users to select applied resolution of either 2,500, 50,000, or 100,000 FWHM
• Utilizes KADAS® (Kinetic Algorithmic Data Acquisition System) to run in three separate modes of operation under the most demanding acquisition conditions available
• Patented Dynamic Signal Tracking (DST) ensures accurate detection of the ion signal
• Easy-to-use ChromaTOF® software system for instrument control, data acquisition, data processing, and data reporting

Highlight
API Source Types

The Citius LC-HRT system combines high-integrity mass-spectral performance with the data analysis tools customers expect from LECO. Although analysts must typically sacrifice acquisition speed for high resolution, this LC-TOFMS package requires no compromise in speed, resolution, mass accuracy, isotopic abundance, or dynamic range.

MSc² from LECO: Mass Spectrometry with Comprehensive Collision-Induced Dissociation

St. Joseph, MI—LECO's Citius™ LC-HRT High Resolution Time-of-Flight Mass Spectrometer offers an inherent advantage over traditional Q-TOF instrumentation with its unique MSc² fragmentation technology. Compared to traditional and competitive CID systems, MSc² provides high resolution analysis for all parent ions and their multiple fragmentations. While traditional Q-TOF systems are limited to providing fragmentations only on the datapoints you've designated, MSc² offers fragmentation for multiple datapoints at one time, giving the user the capability to leverage detector speed for each fragmentation. LECO's ChromaTOF-HRT^® software with True Signal Deconvolution^® then helps organize the data produced by the fragmentations, making them searchable among the many libraries available today. A more complete data analysis can be performed at one time, aiding in a more complete analysis of unknown analytes, saving the operator time and increasing productivity.