Microwave Digestion
Top 5 Signs That You Should Service or Replace Your Microwave Digester
A good fit for peptide chemists synthesizing peptides, peptoids, PNA and peptidomimetics, including extremely difficult modifications.
Anton Paar’s recently-released Multiwave PRO and Multiwave ECO aim to address the limitations of legacy digestion techniques.
With the expansion of the global nutraceutical market, the spotlight on the analysis of its raw materials is ever increasing. Testing of nutraceutical products for heavy metals like lead, arsenic, cadmium and mercury has gained utmost importance. Extremely low levels of these heavy metals like mercury, in nutraceuticals make its analysis challenging.
Conventional techniques for environmental organic sample preparation for priority pollutants, such as extractions by shakers, Sohxlet, or sonication, are time-consuming and generate large volumes of solvent waste. In addition, workers are exposed for extended periods to toxic organic solvents.
Microwave digestion is the preparation method of choice for analyzing metals in complex mixtures.
Microwave Assisted Extraction offers significant benefits over traditional extraction techniques for PCB determination from environmental samples including higher sample throughput, time savings, reduced solvent, and great reproducibility.
CEM has developed a method for the simultaneous and rapid preparation of vastly different food sample types for trace metal analysis.
CEM has developed a method for the simultaneous and rapid preparation of vastly different food sample types for trace metal analysis.
Microwave digestion is the preparation method of choice for analyzing metals in complex mixtures. Food and environmental industries favor this technique, which is also applicable to testing materials, soil, agricultural waste products, engine oils, and biological samples.
