Application Notes
Application Notes Application NotesAll
Quality Control & Authentication
Materials & Nanotechnology
Life Sciences & Health
Industrial & Chemical Analysis

miniRaman Spectrometer for Non-Invasive Plant Analysis: Chemotype Identification in Cannabis
Industrial and Chemical Analysis
Cannabis cultivation requires accurate and timely identification of plant chemotypes to optimize yield, ensure regulatory compliance, and maximize the production of valuable phytocannabinoids such as THC and CBD. ApN- 010

miniRaman Spectrometer for Analysis of Honey and Syrups
Quality Control and Authentication | Industrial and Chemical Analysis
This application note demonstrates how miniRaman is a reliable tool for ensuring the authenticity and quality of liquid sweet food products. ApN- 009

RG Raman microscope for microplastics detection in seawater
Quality Control and Authentication | Industrial and Chemical Analysis
The application note proves the high performance of the RG Raman microscope for Microplastics Detection in Seawater. The results confirm capabilities to determine the type of material, as well as the shape and size of different microplastics. ApN- 006

miniRaman spectrometer for the detection of toxic Methanol in Vodka
Quality Control and Authentication | Industrial and Chemical Analysis
The application note proves that Lightnovo’s miniRaman spectrometer enables non-invasive methanol detection in alcoholic beverages through glass bottles—fast, accurate, and safe. ApN- 002

miniRaman microscope for Nutrient and Metabolite Quantification in Fermentation
Industrial and Chemical Analysis
The application note proves how Lightnovo’s miniRaman Microscope offers real-time monitoring of microbial fermentation, quantifying nutrients and metabolites like glucose, pHCA, MgSO₄, and Na₂HPO₄ with high accuracy. ApN- 003

MiniRaman Spectroscopy for Analyzing Pumpkin Skin
Industrial and Chemical Analysis
The application note highlights how using Lightnovo’s miniRaman spectrometer reveals the carotenoid profile of pumpkin skin, identifying key compounds like beta-carotene, lutein, and zeaxanthin. SpN- 001
