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Search Thermo Fisher Scientific
Spectroscopic analytical instrumentation uses molecular vibrations to provide feedback in the form of a spectrum that identifies a material, or flags an unknown compound such as a contaminant or inclusion. Near-infrared spectroscopy can be used for inline monitoring of the extrusion process.
Today’s busy QA/QC and teaching laboratories demand fast answers with high confidence. Rely on our compact Thermo Scientific Nicolet Summit FTIR Spectrometers to help you identify, verify, or quantify materials faster than ever before.
Specifically designed for image-based scientific application developers, Thermo Scientific ImageDev Software Development Toolkit (SDK) allows easy integration of advanced 2D and 3D+ image processing and analysis capabilities into imaging software applications – in medical, dental, life sciences,...
Anion analysis may simply identify which anions are present in a sample (qualitative analysis) or also determine the quantity of anions present (quantitative analysis). Traditional wet chemistry uses colorimetric methods to identify and quantify the anion composition.
Pesticide residues testing has to ensure compliance, with regard to maximum residues levels (MRLs) or tolerance levels of pesticides in foods. Analytical laboratories are expected to detect, quantitate and identify hundreds of different pesticides with diverse physicochemical properties in hundreds...