Modular Spectroscopy and Multispectral Imaging Applications

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Your Partner for Environmental Monitoring Solutions
At Ocean Optics, partnering is what we do best. Through partnership we introduced the world’s first modular spectrometer designed to study ocean acidification via remote optical sensing of pH in the ocean. Since then the modular spectrometer has enabled remote sensing and environmental monitoring applications around the globe. We have decades of experience in the environmental community making us an ideal partner for the development of environmental monitoring solutions.

Unlock the Unknown with Multispectral Imaging
Advances in sensors, filters and apertures are driving the evolution of multispectral imaging from expensive one-off systems primarily for military and defense apps to affordable, practical, commercial systems for use in everything from medical imaging to satellite remote sensing.

Quantifying Protein Concentration using UV Absorbance Measured by the Ocean HDX Spectrometer
Proteins are a common sample in clinical, diagnostic and research labs. Studies involving protein extraction, purification or labeling, or working with proteins extracted from cells or labeled for study of the interactions between biomolecules, are common. Determination of protein concentration is a critical part of protein studies. In this application note, we use an Ocean HDX spectrometer to generate a standard curve for bovine serum albumin (BSA). High sensitivity in the UV, ultra-low stray light performance and upgraded optics make the Ocean HDX ideal for UV absorbance measurements.

Volume Fraction Determination of Ethanol in Splash-Blended Fuel Mixture
Everyone is familiar with the octane rating we see at the gas pumps and the corresponding prices that follow it; this is a rating of the fuel’s ability to resist engine knocking, or preignition within the chamber. As engines become more efficient they require a higher-octane rating to ensure proper operation. In this study, we look at the MZ5’s ability to determine volume fraction of ethanol in a splash-blended fuel mixture using MIR spectroscopy.

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