Agilent launches two new GC-MS systems

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  • Published: Jul 22, 2016
  • Author: Jon Evans
  • Source: Agilent Technologies
  • Suppliers: Agilent Technologies
  • Channels: Gas Chromatography / Base Peak

Agilent Technologies has enhanced its line of scientific instruments with two new models of the company’s 7000 Series triple quadrupole gas chromatography/mass spectrometry (GC-MS) systems.

“Increasingly, laboratories that test the safety of our food and water are turning to triple quadrupole GC-MS systems because their selectivity makes them better able to handle complex matrices than standard single quadrupole systems,” said Monty Benefiel, vice president and general manager of Agilent’s Mass Spectrometry Division. “Both of our new instruments – the 7000D and 7010B – include enhancements that not only improve analytical performance but make them easier to use than any previous triple quad GC-MS system.”

Benefiel noted that Agilent’s extensive single quad GC-MS installed customer base, who want to run samples on their triple quad, can open existing single quad GC-MS methods with a single mouse click using Agilent MassHunter software. “Nobody else makes it that easy to distribute your total workload among all of your available Agilent GC-MS systems, adding greater capacity to their laboratory,” he said. “This capability also streamlines the transition from SIM on the single quad to MS/MS on the triple quad.”

The 7010B includes Agilent’s exclusive high-efficiency ion source, enhancing the instrument’s sensitivity by a factor of 10. Both models are also available with Agilent’s patented JetClean self-cleaning ion source; using a carefully controlled hydrogen flow, the JetClean source readily removes matrix deposits that can build up over time and compromise instrument performance.

Agilent is also introducing a fourth-generation pesticides and environmental pollutants analyzer based on the 7010B, providing laboratories with a turnkey solution for detecting, identifying and quantifying pesticides in food and environmental matrices. It also takes advantage of new dMRM capability in MassHunter Acquisition and a new pesticide database that includes matrix-optimized transitions to confidently detect contaminants in food and water samples.

“Together, these technologies from Agilent will enable laboratories to more easily and accurately monitor food and water, resulting in greater public safety,” Benefiel said.

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