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Industrial & Process Analysis

Industrial spectroscopy helps manufacturers understand materials and improve production processes. StellarNet systems make it possible to analyze materials quickly without interrupting the workflow. Spectral measurements can help identify unknown materials and verify that incoming materials meet specifications. They can also monitor changes during production and support consistent quality from one batch to the next. These capabilities are useful across manufacturing and processing environments where fast analysis matters. StellarNet solutions give manufacturers practical tools for process monitoring and quality control.

Featured Articles

Spectroscopy for Real-Time Fermentation Process Monitoring

Monitoring fermentation processes can help manufacturers maintain consistent conditions and improve process control. This research explores a multivariate process monitoring strategy using spectroscopy in a small-scale fermenter, demonstrating how real-time spectral data and chemometric models can support monitoring and control in a process analytical technology (PAT) environment.

Determining Gasoline Octane Numbers with Flame Spectroscopy

Octane number is a key measure of gasoline performance, but traditional testing methods can require significant time and specialized analysis. This research investigates a PLS regression model using flame emission spectroscopy to determine gasoline octane numbers, demonstrating how spectral data and chemometrics can support rapid fuel characterization.

Moisture Analysis in Crude Oil with NIR Spectroscopy

Moisture content is an important quality parameter in crude oil, where even small amounts of water can affect processing and transportation. This application explores how near-infrared spectroscopy can provide rapid, non-destructive moisture analysis, offering a practical approach for monitoring crude oil quality and supporting process control.

Customer Research & Publications

Sensitive Detection of the Human Epididymis Protein-4 (HE4) Ovarian Cancer Biomarker through a Sandwich-Type Immunoassay Method with Laser-Induced Breakdown Spectroscopy

Sensitive Detection of the Human Epididymis Protein-4 (HE4) Ovarian Cancer Biomarker through a Sandwich-Type Immunoassay Method with Laser-Induced Breakdown Spectroscopy

Robinson Karunanithy, Suthakaran Ratnasingam, Torrey Holland, and Poopalasingam Sivakumar Bioconjugate Chem. 2023, 34, 3, 501–509  Abstract Detection of cancer before the appearance of any symptoms...

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Key Application Areas

Food Safety & Quality

Advanced & quantum materials

Thin Films & Optical Coatings

Pharmaceuticals & Nutraceuticals

Biomedical & Life Sciences

Environmental & Microplastics

Astronomy, Space & Remote Sensing

Lighting, Displays & Radiometry

products & systems

ChemWiz-ADK™

Handheld or mountable/modular setup for within production environments. Great for quality control at receiving or trading locations. Great for technicians and routine daily inspections.

ChemWiz-ADK™

Handheld or mountable/modular setup for within production environments. Great for quality control at receiving or trading locations. Great for technicians and routine daily inspections.

ChemWiz-ADK™

Handheld or mountable/modular setup for within production environments. Great for quality control at receiving or trading locations. Great for technicians and routine daily inspections.

Learn More

Explore Raman spectroscopy through practical guides, application notes, videos, technical resources, and real-world research. From understanding the fundamentals to exploring material identification, quality control, and advanced analysis, the Raman Learning Center provides resources to help you get more from your spectroscopy measurements.

  • Raman Guides & Tutorials — Learn the fundamentals and explore practical measurement techniques.
  • Application Notes & Research — See how Raman spectroscopy is used across real-world applications.
  • Videos, Labs & Technical Resources — Explore demonstrations, experiments, software resources, and measurement tips.
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