As global pesticides regulations evolve, food safety labs are under ever-increasing pressure to screen samples for more pesticides faster and at a competitive cost. Our high-throughput, full-workflow solutions for quantitative analysis by GC-, LC-, and IC-MS help you stay on top of testing across all classes of pesticides and achieve maximum return on investment through decreased sample turnaround time, maximum uptime, and instrument control through a single software platform.
Whether your lab is built for research, routine testing or commercial testing, we have end-to-end solutions to help you stay on top of your pesticide residues. Learn more about our solutions to your lab productivity challenges.
We offer tested workflows to help you mitigate bottlenecks in your laboratory. These workflow solutions include all the components you need for successful method setup and data analysis, including consumables, chromatography and mass spectrometry systems, software and built-in instrument and data processing methods.
This integrated GC-MS/MS and LC-MS/MS workflow is a pre-configured, out-of-the-box pesticides solution, which combines the two analytical techniques for the analysis of up to 697 different pesticides. It is based on QuEChERS extraction and clean-up, followed by determination using the latest GC-MS/MS and LC-MS/MS instruments, fully integrated with the Thermo Scientific Chromeleon Chromatography Data System (CDS) built for pesticides. It was developed with industry-leading customers and collaborators to optimize every workflow step.
Thermo Scientific Anionic Pesticides Explorer helps streamline compliance and productivity for analysis of anionic pesticides. This ion chromatography-mass spectrometry (IC-MS/MS) workflow offers reliable quantitation of polar anionic pesticides, including glyphosate, glufosinate, fosetyl, chlorate and more, in a single analysis and without the need for sample derivatization. It increases productivity by consolidating multiple methods in a single analysis and is compliant with regulatory guidance including the European Union SANTE Guidelines for pesticide residues.
We offer products that cover the entire workflow of pesticide residue analysis from sample preparation, to chromatographic separation to detection via mass spectrometry, software platforms, and data analysis programs.
From sample management to data analysis, we offer software solutions for your pesticide residues workflows, including identification, quantification, and confirmation of pesticide residue compounds.
Accelerated solvent extraction (ASE) is a flexible technique with no matrix limitations. Pesticide extraction is quick and uses just a small volume of solvent for high-fat, low-moisture or high-water-content samples.
Our QuEChERS sample preparation kits include both extraction and cleanup kits that contain ready-weighed sales, sorbents, and buffers to streamline your LC-MS or GC-MS pesticide analysis workflow and minimize errors.
The automated, cartridge-based micro Solid Phase Extraction (µSPE) Clean-up Tool for QuEChERS extracts helps you achieve reliable, high-throughput GC-MS analysis of pesticides.
Whether your goal is to achieve precise QA/QC results or to discover the next breakthrough method or compound, our chromatography solutions can provide the separation capabilities your method requires, while our mass spectrometry systems offer unparalleled detection and quantitation capabilities.
Different types of chromatography are most appropriate for different types of pesticide analysis. Whether you are investigating polar or non-polar pesticides; charged, uncharged; volatile or non-volatile, we have the right system to meet your needs.
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Your mass spectrometry needs depend on the type of analysis you are performing. You may be part of a lab that requires only targeted quantitative analysis of your samples or works with pre-defined methods. Or you may need the additional resolution and mass sensitivity of a high-resolution accurate-mass (HRAM) mass spectrometer for screening for unknown pesticide residues, consolidating multiple method or conducting retrospective analysis after data acquisition. Either way, our broad portfolio of mass spectrometry systems has you covered.
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| Triple Quadrupole MS | High-Resolution Accurate-Mass (HRAM) MS | |
Needs | Recommendation | |
| Targeted quantitative analysis only |  | |
| Pre-defined methods | | |
| Highest sensitivity | | |
| Quickly increase scope of analysis beyond a target list | | |
| Sample profiling and screening for known/unknown compounds | | |
| Consolidation of multiple methods | | |
| Retrospective analysis post-acquisition | | |
From sample management to data analysis, we offer software solutions for your pesticide residues workflows, including identification, quantification, and confirmation of pesticide residue compounds.
Thermo Scientific Chromeleon 7.3.2 CDS was built to support pesticide residues analysis, with tools to help you meet ever-evolving regulatory guidelines.
Thermo Scientific TraceFinder Software enables you to screen for unknown pesticides at trace levels with best-in-class acquisition and data processing.
Thermo Scientific Compound Discoverer Software streamlines pesticide residue identification and using extensive filtering and visualization capabilities.
Our LIMS system offers a secure place to manage information about your pesticide analysis with full traceability of data for auditing compliance.
Click on the titles below to access our library of comprehensive educational materials, from videos to application notes, case studies, product brochures and more.
Access this toolkit to learn from application and industry experts about workflows and innovations to advance your pesticide residues analysis.
This compendium offers robust pesticide residues analysis methods that were developed with regulatory compliance in mind.
In this article, pesticide analysis experts discuss recent changes to pesticide residue testing, key areas of improvement and future directions.
Discover an automated end-to-end workflow solution to maximize efficiency for the analysis of pesticide residues in food.
Learn how microflow LC-MS pesticide analysis consumes less solvent without sacrificing robust operation.
Achieve confident analysis of ultra-trace pesticides in baby food using this GC-MS/MS method.
Learn how to determine quaternary cationic pesticides in oat cereal samples by IC-MS/MS.
See how automated µSPE clean-up of QuEChERS extracts helps determine pesticide residues in cereal samples.
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