Multiwave PRO is a high-end, high-performance platform with a well-established range of rotors, vessels, sensors and accessories. Multiwave PRO as a platform system allows digestion, leaching, oxygen combustion, solvent extraction, drying, evaporation, and UV digestion with one single system.
Anton Paar's 90 years of experience in smart engineering and consistent use of high-quality components result in a microwave reaction system which runs reliably for years. Highest temperature and pressure stability for difficult materials. Quartz vessels in Rotor 8N allow 300 °C at 80 bar for 3 hours for truly high performance.
Highest sample throughput
Up to 48 medium-pressure vessels (50 mL) or up to 64 medium-pressure vials (5 mL) can be used in a single run.
Unique features
Multiwave PRO supports the microwave-induced oxygen combustion and microwave-assisted UV digestion methods as well. Using Rotor 1DRY large bulky samples or small amounts in sample dishes can be dried in minutes with no need for an alternative instrument.
Convenient tool-free handling
The tool-free handling of Multiwave PRO’s rotors, vessels and sensors is unique to Anton Paar and simplifies this frequently repeated work steps.
Get in touch
Multiwave PRO has a large color touchscreen for convenient operation which is easy to read from a distance. The on-board PC provides a multilingual and intuitive software solution.
True power
Multiwave PRO brings you the strongest microwave power on the market. To sustain an output level of 1500 W (IEC 705) over years, Multiwave PRO is equipped with two reliable magnetrons of 850 W each.
Cooling: fast and quiet
The integrated forced-air cooling system with air gap design cools the vessels within minutes after the run.
Safety without compromise
Numerous active and passive safety features protect the system, operator and surroundings in all situations.
Typical Applications:
| MF100 | Sample Prep. | Water, effluents, sewage sludge, plant material, soil, sediment, US-EPA procedures |
| Synthesis | Parallel scale-up reactions, multigram library generation, nanomaterials |
| HF100 | Sample Prep. | Food samples, contaminated soil, metals alloys, geological material, glass, quartz |
| Synthesis | Parallel scale-up reactions, multigram library generation, nanomaterials |
| MF50 | Sample Prep. | Water, effluents, sewage sludge, plant material, soil, sediment, US-EPA procedures |
| Synthesis | Parallel scale-up reactions, multigram library generation, nanomaterials |
| NXF100 | Sample Prep. | Mixed waste, semiconductors, ashes, ceramics, ores |
| Synthesis | Pre-pressurized reactions, nanomaterials |
| NXQ80 | Sample prep. | Fatty food-stuffs, plastics, fibres, oil |
| Synthesis | Near-critical water chemistry, nanomaterials |
| SOLV MF100 | Extraction of soil, sewage sludge, sediments and polymers |
| SOLV HF100 |
| Wellplates | Reaction screening, combinatorial chemistry |
| HPLC/GC | Method development, proteomics, forensics |
| MG5 | Parallel optimizations, library generation, biological material |
