MEET THE nanoMRR™

The Compact Solution for High-Precision Molecular Analysis

 

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High-precision chemical analysis with none of the complexity.

 
For laboratories that need rapid, confident analysis of common solvents and small volatile contaminants, the nanoMRR delivers identity and quantification from the percent range down to ppm levels with unmatched simplicity. Requiring only nanoliters of sample and no carrier gases or consumables, it enables analysts of any skill level to obtain reliable results in minutes. Unlike traditional GC-MS or wet-chemistry methods that demand extensive method development, consumables, and operator expertise, our system provides direct, low-cost measurements in a compact footprint—bringing robust analytical performance without the complexity.

 

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Easy-to-Use

Designed for all experience levels—no expertise in spectroscopy required.

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Flexible Applications

From undergraduate labs to advanced research settings.

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Cost-Effective Operation

No consumables or carrier gases required, reducing ongoing costs.

Power Your Research and Elevate Your Teaching

Professors use the nanoMRR to connect complex theory to real observational data, but it's more than just a teaching tool. Leading researchers are using it for projects across a wide range of topics, from environmental to astrochemical applications. 

 

Portfolio Family Specs

 

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Specs nanoMRR isoMRR spectraMRR
Mass Range <150 AMU 50 to 300 AMU 50 to 300 AMU
Sampling Liquid Liquid, Headspace Liquid, Headspace
Carrier Gas None Neon Neon
Purge Gas None Nitrogen Nitrogen
Reference Library Limited Full Full
Chiral Analysis No Yes Yes
Structure Identification

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Today, leading astrochemists use rotational spectroscopy to answer profound questions, including one of the biggest: How did life form on Earth? 

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We interviewed Dr. Sylvestre Twagirayezu, Associate professor of Chemistry at Lamar University about how he uses MRR in his classroom.

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The transformation of MRR from a niche technique to a widely applicable analytical solution represents a significant milestone in scientific instrumentation. 

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