In the last decade, the number of pesticides used to ensure the safety of our food and water has grown significantly, and the nature of pesticides and food matrices are becoming increasingly more complex. Quantitation of hundreds of pesticides in food matrices or contaminants in drinking and surface water require easy-to-implement workflow solutions leveraging LC-MS/MS technology. Learn how new generation triple quadrupole MS enable every analytical laboratory to achieve better and more confident data to address challenges in environmental and food safety.
Enable food safety and environmental testing to address regulatory requirements with ease using mass spectrometry
Targeted quantitation is evolving with every passing day. From achieving scientific and business goals, addressing complexities of molecules to those of matrices, and ensuring ease-of-use to address regulatory requirements—today’s challenges in targeted quantitation are more than just quantifying targeted analytes.
Food Integrity Application Compendium
Adulteration has become an increasing problem for the global food industry and for consumers, bringing new urgency to testing olive oil, honey, spices, meats and seafood.
This food integrity compendium highlights key applications for authenticity, adulteration and halal foods.
Interested in financing options, purchasing a factory-certified refurbished LC-MS instrument or trading-in your existing mass spectrometer for something better? Choose from a wide selection of high performance systems from the most routine, for all levels of experience, to the most sophisticated and advanced research. We can get you to greater productivity at an affordable price.
LC-MS webinar series
Expand your application knowledge
Our LC-MS on-demand webinar series expands your application knowledge for pharma, biopharma, environmental, omics, food, forensics and clinical research and more. Learn how the latest high-performance mass spectrometry solutions can enable your laboratory to solve your most pressing analytical challenges, regardless of sample type.