Raman Spectrometer for Screening Waste Oil
author: Joy
2021-10-28
Waste oil recovery is a general term for waste oil obtained from kitchen waste, waste oil, all kinds of meat and meat product processing waste through separation, recovery and refining.The study shows that the gutter oil contains a lot of deep deterioration products, which is a great factor to produce harm.
Based on the unique difference of Raman spectrum between normal oil and waste oil, OPTOSKY's ATR8800 can be used to achieve accurate screening of waste oil, which is accurate and fast.
Based on the unique difference of Raman spectrum between normal oil and waste oil, OPTOSKY's ATR8800 can be used to achieve accurate screening of waste oil, which is accurate and fast.
Raman Spectrometer for Food Additive Detection
Application of Raman Spectrometer in Mineral and Archaeological Fields
Related Article
Discover the Optosky ATR1600 ultra-micro Raman spectrometer—a 210g pocket-sized device for on-site, non-destructive gemstone identification. With a 20,000+ substance spectral library, dedicated jewelry edition, Bluetooth smartphone APP, and PDF reporting, it enables rapid screening of natural, synthetic, and treated gemstones at exhibitions, pawnshops, and markets.
ATR1600: The 210g Pocket Raman Gem Identifier
Explore how micro-confocal Raman spectroscopy, combined with SERS, enables rapid, non-destructive, molecular-level screening of veterinary drug residues such as malachite green, enrofloxacin, and chloramphenicol in aquatic products. Learn how Optosky’s ATR8100 supports microscopic localization, multi-wavelength excitation, mapping imaging, and portable on-site testing—while clarifying its role alongside LC-MS/MS confirmation.
Applications | Micro-Raman Drug Residue Screening in Seafood
Discover how Raman spectroscopy enables label‑free cancer diagnosis by reading molecular fingerprints of cells. From key Raman peaks and AI‑powered classification to the ATR8800 confocal platform, this article explores the frontiers, challenges, and clinical potential of Raman‑based cancer detection.
How Raman Spectroscopy Sees Through Cancer Cells: Label‑Free Cancer Diagnosis
Optosky successfully delivered and commissioned multiple ATP9100 field spectroradiometers at a university in Northwest China. The project included installation, performance verification, and on‑site training – supporting agricultural remote sensing, ecological monitoring, and geological surveys while building a standardized spectral research platform.
Case Study | ATP9100 Acceptance at Northwest University