Agilent 6510 Q-TOF LC/MS System

The Agilent 6510 Quadrupole Time-of-Flight LC/MS delivers unsurpassed Q-TOF sensitivity in a compact, bench-top design. With the 6510’s tenfold sensitivity advantage, you detect critical, low-level components that are out of reach of other Q-TOF instruments. At the same time, fast data acquisition means you can acquire one MS and five MS/MS spectra per second, for higher-quality data and more structural information from complex samples. And ultralow-ppm mass accuracy maximizes confidence in your results. Advanced application-specific software, including data mining tools, quickly converts complex analyses into answers to the most challenging scientific questions.

We can pair this LC-MS with any Agilent HPLC.

Features

• Attomole-level sensitivity – Sensitivity unequaled by any Q-TOF on the market today enables the 6510 to detect more low-abundance components.
• Better than 3-ppm mass accuracy – Outstanding mass accuracy, typically 1-2 ppm, rivals FTMS instruments and increases specificity and confidence in results.
• Wide in-spectrum dynamic range – 3-4 orders of magnitude in-spectrum dynamic range enables identification of less-abundant compounds in the presence of more-abundant compounds and makes overall operation easier.
• Fast MS and MS/MS acquisition – Fast spectral acquisition improves the identification of unresolved components in complex samples and makes the 6510 compatible with the latest fast chromatography.
• Multiple ion source options- The best selection of ion sources in the LC/MS industry-including the revolutionary HPLC-Chip/MS and multimode ESI/APCI sources-allow the 6510 Q-TOF to address a wide range of LC/MS applications
• Application-specific software packages – Software packages such as the new Mass Profiler expression profiling software or Spectrum Mill MS proteomics workbench maximize productivity and result quality for specific applications.
• All new instrument control and data analysis software – New software was designed from the ground up to simplify operation and improve productivity.