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We offer workflows that are ready out of the box for routine food safety testing, including validation-ready methods, LC-MS platforms designed for regulated use, automated sample preparation to reduce variability, and flexible configurations that adapt to throughput and compliance needs. These EFOX solutions for food safety testing are optimized for PFAS detection and multiresidue pesticide analysis in food samples.
Food testing laboratories face increasing scrutiny around PFAS contamination, requiring ultra-trace sensitivity, robust quantitation, and defensible data. Our integrated EFOX workflows ensure that your lab can respond to regulatory change, maintain productivity, and consistently generate accurate, reproducible, results that protect both consumer and brand integrity. Our complete PFAS workflows are designed to remove complexity and reduce operational risk. By combining high-performance LC-MS instrumentation, optimized sample preparation, and contamination-minimizing consumables with intelligent software for automated data review and compliance reporting, our workflows provide confidence in your analytic results.
EFOX workflows are designed to align with evolving regulatory and monitoring initiatives, including European Commission Recommendation (EU) 2022/1431 and US FDA guidance for PFAS determination in food.
Pesticide residue analysis demands high sensitivity, regulatory compliance, and uncompromising data integrity. Our integrated EFOX LC-MS workflows simplify complexity and reduce analytical risk by combining precision hardware, optimized sample preparation solutions, intelligent method packages, and advanced software-driven data processing. By uniting these workflows with service, application expertise, and regulatory insight, we empower your lab to meet evolving pesticide regulations, improve productivity, and consistently generate defensible results that safeguard consumer health and ensure compliance with global standards.
EFOX workflows deliver consistent sensitivity and reproducibility, enabling laboratories to quantify residues at or below established maximum residue limits. The platform supports method validation and consistent performance in regulated testing environments.
“DLLME automation allowed us to standardize PFAS testing across multiple food matrices while improving reproducibility.”
— Global Food Manufacturer
“We reduced preparation time and matrix-related rework while maintaining regulatory confidence.”
— Contract Food Testing Laboratory
“The integrated workflow helped us increase throughput without increasing staff or retraining.”
— Food Quality Control Lab
EFOX workflows support sensitive and reliable detection of PFAS in diverse food matrices. By integrating optimized extraction protocols, high-sensitivity LC-MS/MS detection, and streamlined data analysis, EFOX solutions help laboratories achieve accurate quantitation at low concentration levels across complex food samples.
EFOX workflows are designed to align with evolving regulatory and monitoring initiatives, including European Commission Recommendation (EU) 2022/1431 and US FDA guidance for PFAS determination in food. The platform supports laboratories adapting to expanding compound lists and tightening limits.
Food matrices such as dairy, meat, seafood, and processed products can introduce matrix effects that complicate ultra-trace detection. EFOX workflows address these challenges through optimized sample preparation, robust chromatographic separation, and stable low-level quantitation.
EFOX solutions enable broad compound coverage and reliable quantitation of pesticide residues across diverse food matrices. High-sensitivity, triple-quadrupole detection combined with efficient workflow integration supports routine multiresidue screening programs.
Yes. EFOX analytical solutions are designed to support routine, high-throughput testing laboratories. Integrated workflows, automated preparation options, and streamlined data processing help reduce variability and increase operational efficiency.
EFOX workflows deliver consistent sensitivity and reproducibility, enabling laboratories to quantify residues at or below established maximum residue limits. The platform supports method validation and consistent performance in regulated testing environments.
EFOX solutions can be configured for analysis of fruits, vegetables, grains, dairy products, meat, seafood, and processed foods. Workflow components can be tailored to address matrix-specific extraction and separation challenges.
Coordinated workflow integration, from sample preparation through data processing, helps improve reproducibility and minimize manual variability. Stable instrument performance and optimized chromatographic conditions further support consistent results.
Yes. The scalable architecture of the EFOX platform allows laboratories to expand compound panels as regulatory monitoring programs evolve. Methods and data processing workflows can be updated efficiently to accommodate additional analytes.
Integrated software tools help streamline quantitation, batch review, and reporting processes. This supports efficient documentation and traceability aligned with regulatory and quality assurance requirements.
Our General Purpose product-lines are not intended for in vitro diagnostic purposes in accordance with our product documentation, manuals, and labels. They are designated for General Laboratory Use Only.
Our Products have not been tested or validated for such applications and their use for in vitro diagnostic purposes may result in inaccurate results and, more seriously, health and safety risks.
For General Lab Use Only - Not For Diagnostic Procedures.