Trusted microplastics and nanoplastics testing — from 5 mm down to 500 nm.
Clear, reliable answers for food, beverage, and environmental safety.
The Challenge
Most testing technologies only detect larger microplastics. Yet the smallest particles — micro- and nanoplastics — are the ones that can most easily enter the human body, through the bloodstream or even into the brain. Companies need reliable data to understand and reduce these risks in their products and supply chains.
Our Solution
NanoplasticsLab provides a comprehensive testing service that combines advanced Raman spectroscopy, proven laboratory protocols, and decades of expertise to deliver actionable results you can trust.
Polymer Identification: Differentiate plastics such as PP, PE, PET, and PVC with clear Raman spectral fingerprints.
Meaningful Insights: Results are presented in terms of type, quantity, and relevance for product safety and sustainability.
Actionable Reports: Delivered in formats that support quality teams, regulatory submissions, and sustainability reporting.
Broad Coverage: From nanoplastics at 500 nm up to microplastics at 5 mm.
Microplastics and nanoplastics are no longer just a research topic — they are a regulatory and reputational concern. Companies and researchers need evidence-based data to assess exposure, demonstrate compliance, and support sustainability commitments.
Our service provides validated, contamination-controlled results down to 500 nm, so you can act with confidence: whether it’s submitting a regulatory file, ensuring product safety, or understanding environmental impact.
What We Offer
✔ Broad Sample Compatibility
Food & beverages, packaging materials, environmental waters, and biological matrices.
✔ End-to-End Workflow
Collection → Preparation → Detection → Reporting.
✔ Strict Contamination Control
Following best practices, we use pre-cleaned glassware, high-purity filtered water, blanks, and clean-air handling to eliminate false positives.
✔ Sub-Micron Detection
Particles from 5 mm down to 500 nm.
✔ Actionable Outputs
Particle counts, size and shape distribution, and polymer identification for each sampler
✔ Broad Sample Compatibility
Food & beverages, packaging materials, environmental waters, and biological matrices.
