Multiwave 3000 Microwave-Assisted Sample Preparation at its Best
The Multiwave 3000 from Anton Paar is designed to bridge the gap between sample and analysis. Its modular platform concept covers all requirements for microwave-assisted sample preparation.
Whether you do wet acid digestion of sewage sludge, biological samples, metals, ores, ash, semiconductors, ceramic, (fatty) foodstuffs, coal, oil, pharmaceuticals, etc., or if you need solvent extraction or other special applications like oxygen combustion: the compatibility of system accessories makes it easy to customize and enhance your Multiwave 3000.
The benefits of the Multiwave 3000:
The Multiwave 3000 can be easily upgraded for a dual-use configuration, allowing both digestion and microwave-assisted solvent extraction (MAE). Improve the throughput of HPLC- or GC-based analysis by reducing solvent amounts and extraction times down to 10 minutes, while meeting requirements of US-EPA and ASTM methods.
Microwave-induced oxygen combustion, mainly for the analysis of nonmetals, is another innovative method for the sample preparation of all kinds of combustible solids like wood, paper, coal, food and polymers.
Last but not least, a highly qualified team of application specialists and microwave experts at Anton Paar offers you individual application support worldwide.
Whether you do wet acid digestion of sewage sludge, biological samples, metals, ores, ash, semiconductors, ceramic, (fatty) foodstuffs, coal, oil, pharmaceuticals, etc., or if you need solvent extraction or other special applications like oxygen combustion: the compatibility of system accessories makes it easy to customize and enhance your Multiwave 3000.
The benefits of the Multiwave 3000:
- Easy and tool-free handling of vessels and rotors
- Installation-free sensor technology allows continuous control and documentation
- Reaction vessels for up to 300 °C and 80 bar simultaneously
- Integrated high-performance cooling system drastically reduces process times
- GS and ETL certificates comply with international safety standards
The Multiwave 3000 can be easily upgraded for a dual-use configuration, allowing both digestion and microwave-assisted solvent extraction (MAE). Improve the throughput of HPLC- or GC-based analysis by reducing solvent amounts and extraction times down to 10 minutes, while meeting requirements of US-EPA and ASTM methods.
Microwave-induced oxygen combustion, mainly for the analysis of nonmetals, is another innovative method for the sample preparation of all kinds of combustible solids like wood, paper, coal, food and polymers.
Last but not least, a highly qualified team of application specialists and microwave experts at Anton Paar offers you individual application support worldwide.
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