• Sample Preparation for Elemental Analysis with the Anton Paar Multiwave Series

Laboratory Products

Sample Preparation for Elemental Analysis with the Anton Paar Multiwave Series

Feb 06 2024

For several decades, atomic spectroscopic techniques have been predominantly used for trace elemental analysis of all types of samples. These atomic spectroscopic techniques work best when the analyte is presented as an inorganic, ionic species dissolved in a diluted mineral acid. A suitable technique for sample preparation must therefore prepare uniform, acidic solutions from many different types of sample. Microwave digestion has established itself as a reliable and effective means of sample preparation thanks to effective heating, precise reaction control, and high temperature and pressure tolerance. In our book, “A Chemist’s Guide to Sample Preparation,” you can find out more about the principles and benefits of microwave digestion.

Order your free copy here

Anton Paar's Multiwave microwave digestion systems offer fast, safe, and reliable sample preparation for a wide range of matrices, including pharmaceutical, biological, and environmental samples. Applications range from routine analysis, where sample throughput determines the productivity of an analytical facility, to demanding samples, which are difficult to digest. Different device concepts let users select the ideal system for their analytical task, with even more options to tailor the instruments to their requirements.

Multiwave 7101/7301/7501, a versatile series of PDC-based microwave digestion systems, are designed for efficiency and cost-effectiveness in meeting diverse analytical needs. Specifications of up to 300 °C and 199 bar ensure comprehensive digestions for both routine and demanding samples. Operators can customize their systems with seven different racks accommodating vials ranging from 7 mL to 80 mL, allowing for acid digestion of up to 4 g per position. Vial options include borosilicate glass for routine applications, quartz for low blank values and detection limits, PTFE-TFM for hydrofluoric acid digestions, and sealed quartz vessels for extremely volatile analytes. This versatility enables efficient and tailored sample preparation across various analytical requirements.

Multiwave 5000 is a versatile microwave reaction platform which can be configured with different rotors to yield the perfect system for your samples. Not only acid digestion, also microwave-assisted solvent extraction, protein hydrolysis, leaching, and even microwave synthesis is possible in this versatile instrument. SmartTemp and SmartVent technology have led to SVT and HVT vessels with unprecedented ease-of use. SmartVent allows for safe release of reaction gases during digestion to maintain higher temperature levels for better digestion quality, whereas SmartTemp monitors the internal temperature of each vessel in real time. The instrument also features a large touchscreen display and a library of over 600 methods, which covers all relevant norms and standards.

Have a look at this comprehensive method library here

Users looking for an efficient tool for routine digestion will benefit from Multiwave GO Plus with its Directed Multimode Cavity and SmartVent technology. This means high efficiency, digestion performance, and flexibility at a small footprint and a low investment.

All systems come with a comprehensive three-year warranty, access to our support network, and can be qualified for usage in the pharma industry within one working day with our pharma qualification packages.

Learn more about the Multiwave series

Digital Edition

Lab Asia 31.2 April 2024

April 2024

In This Edition Chromatography Articles - Approaches to troubleshooting an SPE method for the analysis of oligonucleotides (pt i) - High-precision liquid flow processes demand full fluidic c...

View all digital editions


Expomed Eurasia

Apr 25 2024 Istanbul, Turkey

AOCS Annual Meeting & Expo

Apr 28 2024 Montreal, Quebec, Canada

SETAC Europe

May 05 2024 Seville, Spain

InformEx Zone at CPhl North America

May 07 2024 Pennsylvania, PA, USA

ISHM 2024

May 14 2024 Oklahoma City, OK, USA

View all events