Anton Paar - Multiwave 3001 & 5001 | Microwave Digestion Platform Get latest price

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To contact Anton Paar Australia about Anton Paar Multiwave 3001 & 5001 | Microwave Digestion Platform use Get a quote.

We’ve channeled over 50 years of sample preparation expertise into a microwave system that fits every need. From routine samples to highly demanding ones, and for every kind of throughput or application need, Multiwave 5001 and Multiwave 3001 are the answer. You’ll be equipped to handle every complex testing requirement you may have.

With the ability to reach 300 °C, challenging samples are digested rapidly and efficiently. Tool-free vessel and rotor handling (2x faster vessel opening and closing) boost your throughput and bring down your digestion costs. With 600 pre-installed programs, full-text method search, recipes, and a “clever” door, Multiwave 5001 and Multiwave 3001 ensure streamlined operation.

The use of SmartVent technology deals with overpressure, an unwanted side effect of digestion reactions. Thanks to the controlled release of reaction gases, it enables the attainment of maximum digestion temperatures independent of the applied sample amounts.

The SmartVent rotors are robust, lightweight, and accommodate more samples on a smaller footprint. Made for fast, safe, tool-free operation, our SmartVent vessels provide a new level of performance and convenience for the sample preparation laboratory. Their practical design impacts all steps of operation: from sample weighing and reagent addition to closing, opening, and cleaning.

Why Choose This Product?

• Premium digestion parameters: Up to 300 °C and 100 bar
• Powerful: Saves time, boosts throughput, and reduces costs, with up to 64 samples in a single run
• Intelligent: 600 pre-installed programs, guiding features, tool-free vessel handling, and a “clever” door
• Connected 24/7: Automated data export for optimally traceable results
• Safety: Independent certification of safety features ensures they are at the highest level
• AP Connect: Can be integrated with our lab execution software AP Connect

Want More Information? Contact Us for These Application Reports:

• Sample Prepartion - Solution for Chemists
• Microwave Synthesis Reactors - Synthesis Reactors for Research and Development
• 2-Step Acid Digestion of Marine Fuels, Crude Oils and Distillation Residues for Trace Metal Analysis with ICP-OES and ICP-MS
• Acid Digestion of Baby Food in Multiwave 5001 for the Determination of Trace Elements with ICP-MS Analysis
• Acid Digestion of Chromium Ores for Analysis with ICP
• Acid Digestion of Edible Oils in Multiwave 5001 for the Determination of Trace Elements with ICP Analysis
• Acid Digestion of Food in Multiwave 5001 for the Determination of Trace Elements with ICP-MS Analysis
• Acid Digestion of Fruit Juice in HVT Vessels for the Determination of Trace Elements with ICP Analysis
• Acid Digestion of Plant-Based Food in Multiwave 5001 for the Determination of Trace Elements with ICP-MS Analysis
• Application Guide Acid Digestion for Multiwave 5001
• Defined Evaporation in HVT Vessels
• Digestion and Extraction of Electronics Materials for the Spectroscopic Determination of RoHS relevant Elements following IEC Methods 62321
• Digestion in Multiwave 5001 Using HF Complexation of Fluorides
• Digestion of Biological Materials such as Urine, Blood and Hair for Trace Element Analysis with ICP-MS
• Digestion of Coal and Graphite Samples for Element Analysis with ICP
• Digestion of Dairy Products for the Element Analysis with ICP and AAS
• Digestion of Demanding Samples for Element Analysis with ICP
• Digestion of Minerals for Element Analysis with ICP
• Digestion of Petroleum Products and Lubricants for Element Analysis with ICP-OES and ICP-MS in Less than 90 Minutes
• Digestion of Petroleum Products for Element Analysis with ICP
• Digestion of Pharmaceuticals containing very stable APIs for Elemental Impurities Analysis with ICP-MS according to ICH Q3D, USP <232>/<233> and Ph. Eur. 5.20
• Digestion of Pharmaceuticals for Elemental Impurities Analysis with ICP-MS according to ICH Q3D, USP, and Ph. Eur. 5.20
• Digestion of Solid Recovered Fuels for Element Analysis with ICP
• Digestion of Steels and High-performance Alloys for ICP Analysis
• Digestion Using Rotor 24HVT50 for subsequent Element Analysis with ICP
• Disposable Inserts for HVT Vessels for subsequent Element Analysis with ICP
• E-Book - Microwave Synthesis Essentials
• Extraction of Chloride of Bitumen Samples
• Extraction of Environmental Samples for the Determination of Polychlorinated Biphenyls (PCBs) and Octachlorostyrene (OCS)
• Extraction of Environmental Samples for the Determination of Polycyclic Aromatic Hydrocarbons (PAHs)
• Extraction of Organochlorine Pesticided in Animal Feed
• Extraction of Soils, Clays, Sediments, Sludge and Waste (EPA 3546)
• Fast Sample Preparation of Rocks in Multiwave 5001 for REE Determination with ICP-MS and ICP-OES
• High-throughput Acid Digestion or Leaching of Soil Samples for Element Analysis with ICP Using Rotor 41HVT56
• How to Digest Lithium-Ion Battery Materials for ICP-OES Analysis
• How to Digest Lithium Ores for ICP-OES Analysis
• Microwave-assisted Caustic Leaching of Bauxite for ICP-OES for Process-simulation of the Bayer Process of Al2O3 Production
• Microwave-assisted Extraction and Derivatization of Nucleatic Agents in Plastic Materials
• Microwave-assisted Solvent Extraction (MAE) of Brominated Flame Retardants from Polymer Samples
• Microwave Extraction of Plant-Based Food in Multiwave 5001 for the Determination of Fat Content according to Weibull-Stoldt
• Properties of Organic Solvents
• Quick Routine Acid Digestion of Iron and Copper Ores for ICP-OES or ICP-MS Analysis
• Standard Digestion Methods in Multiwave 5001
• Standard Extraction Methods in Multiwave 5001 or Monowave 450
• Synthesis | Gas Loading | Inert Gas Atmosphere in Microwave Reactions
• Total Digestion of Polymers for Element Analysis with ICP

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To contact Anton Paar Australia about Anton Paar Multiwave 3001 & 5001 | Microwave Digestion Platform use Get a quote.