Simplify Essential Oil Authenticity Testing with MRR Spectroscopy
Book A DemoWhy MRR?
Your Challenges
Analytical chemists testing essential oils must verify authenticity, detect adulteration, and differentiate structurally similar compounds, often requiring complex GC workflows and extensive method development.
Our Solution
MRR enables direct identification of key components in essential oils based on their molecular fingerprints. Chemists can confirm authenticity and detect adulteration without chromatographic separation or complex method setup.
Key Applications
| Verifying Authenticity of Essential Oils |
| Detecting Adulteration or Dilution |
| Differentiating Structurally Similar Terpenes |
| Profiling Key Aroma Compounds |
| Reducing Ambiguity in Analytical Workflows |
Featured Application Notes
Application Note
Unambiguous Identification of Stereoisomers Using Molecular Rotational Resonance Spectroscopy
Application Note
Unmasking Essential Oil Authenticity with Molecular Rotational Resonance Spectroscopy
Application Note
No Standards, No Problem: Molecular Rotational Resonance Spectroscopy Cracks the Chiral Code
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Frequently Asked Questions
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How does MRR simplify essential oil testing?
MRR directly identifies components based on molecular fingerprints, eliminating the need for separation-based workflows.
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Can MRR detect adulteration in essential oils?
Yes, MRR can identify unexpected or non-native compounds with high specificity.
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What types of compounds in essential oils can MRR analyze?
MRR is well-suited for small, volatile, polar molecules such as terpenes and flavor compounds.

