1. Vitamins
Analyzes vitamins in laboratory for analysis in milk and ensuring accurate quantification.
Analyzes vitamins in laboratory for analysis in milk and ensuring accurate quantification.
Measures the acidity level typically expressed as pH. It is crucial for quality control in food and beverage industries.
Fatty acid analysis identifies and quantifies fatty acids in oils or food samples.
Mineral analysis identifies and quantifies the mineral content within a sample or substance.
Total sucrose is analyzed by hydrolysis and titration to determines sucrose, reducing and total sugars
Proximate analysis using NIR rapidly determines moisture, protein, fat, carbohydrate and ash content accurately.
Total dietary fiber is analyzed using enzymatic digestion, filtration, drying, weighing, and gravimetric methods.
Require chemical reagent to determine proximate analysis.
Dumas method quickly determines protein by combusting samples and measuring nitrogen content.
Oil quality refers to purity, viscosity, acidity, and oxidation stability of the oil.
Heavy metal analysis in food samples detects toxic metals like lead, mercury, arsenic.
Assay analysis determines the concentration of a specific substance in a sample.
FT-NIR (Fourier Transform Near-Infrared) spectroscopy analyzes materials based on molecular vibrations (overtone & combination bands) in the 780–2500 nm (12,800–4000 cm⁻¹) range.
Environmental Quality Testing is a process to assess the condition of air, water, soil, and ecosystems by measuring pollutants, contaminants, and other parameters to ensures compliance with regulatory standards
Organic Compounds with Low Concentrations Commonly Analyzed by LC-MS/MS LC-MS/MS is especially powerful for detecting trace-level organic compounds (ppt to ppb levels) due to its high sensitivity and selectivity.