GC/MS DRS Pesticides Screener

Analysts routinely use GC/MS methods for pesticides analysis, especially to quantitate of large numbers of targets in complex matrices. Based on the 7890 GC and 5977A MSD, the GC/MS Pesticide Analyzer addresses residue analysis in environmental and food samples. CFT backflush shortens cycle time, reduces chemical background, and optimizes uptime. Deconvolution Reporting Software (DRS), and a Pesticides and Endocrine Disruptors database increase the number of targets screened. Prior to delivery preset methods and chemical checkout verify chromatography and lock retention times facilitating installation and on-site verification of chromatographic performance. The GC/MS Pesticide Analyzer reduces time for method development allowing your team to focus on calibration, validation and analysis of real world samples.

Features:

• GC/MS Pesticides Analyzer pre-configured and chemically tested for pesticides analysis to ensure optimal performance of your instrument and application.
• Optimized pesticides analyzer includes GC column, consumables, calibration/checkout samples, and analytical method to reduce the time you spend configuring individual components.
• Integrated Capillary Flow Technology backflush for a more robust analysis while reducing run time and system maintenance.
• Includes CD-ROM with optimized retention time locked acquisition method for pesticides and data files, 927-compound pesticides and endocrine disruptor database, application note, and quick start guide for faster method development.
• On-site installation and check out of the GC/MS Pesticide Analyzer by a factory certified technician confirms that your instrument and application meet Agilent’s analytical performance criteria.
• System familiarization ensures that your team is “ready to go” with calibration and validation immediately following system installation.
• By minimizing activity along every step of the GC/MS flow path, Agilent Inert Flow Path solutions ensure better results, and allow you to process more samples without unplanned maintenance and recalibration.