Microwave radiation is an extremely effective heating source in chemical reactions. Microwaves can accelerate reaction rates, increase yields, and achieve uniform and selective heating, thereby improving the reproducibility of the reactions and facilitating the development of cleaner and more environmentally friendly synthesis pathways. Compared with traditional heating methods, microwave heating can increase the rate of certain chemical reactions by 10 to 1000 times. In addition, using microwave radiation for heating is a very efficient process with extremely low energy consumption. This is because microwaves only heat the sample but not the instrument, thus resulting in significant energy savings. Since microwave digestion instruments can raise the temperature to above 800˚C in a short time, they eliminate the lengthy heating-up periods required by traditional resistance furnaces. This significantly reduces the associated energy costs.
Amerigo Scientific provides a series of parallel microwave digestion systems that are designed to deliver rapid, uniform, and high-throughput sample preparation solutions. Our systems support flexible rotor configurations to accommodate diverse sample types and batch sizes, which are ideal for laboratories seeking precision, safety, and scalability.
M3 Microwave Digestion System is an entry-level option, which offers compact versatility and reliable performance for routine multi-sample digestion tasks. M6 Microwave Digestion System is engineered for expanded throughput, ensuring optimal flexibility for different workload demands. The TOPEX+ Microwave Digestion System is the high-capacity flagship model, delivering extremely high efficiency for high-volume laboratories.
| Instrument | Product Features |
|---|---|
| M3 Microwave Digestion System | Dual rotor system, with a batch capacity of 10 to 16 positions |
| M6 Microwave Digestion System | Compatible with 3 types of rotors, with batch capacities of 10/16/40 positions |
| TOPEX+ Microwave Digestion System | Compatible with 5 types of rotors, capable of batch processing 40 samples in 30 minutes |
| Digestion System | M3 | M6 | TOPEX+ |
|---|---|---|---|
| Appearance |  |
 |
 |
| Dimension (W×D×H, mm) | 452 ×499×615 | 546×590×665 | 550×650×655 |
| Microwave oven | Industrial grade resonance oven | ||
| AC power | 220-240V/50Hz, 10A | 220-240V/50Hz, 16A | 220-240V/50Hz, 16A |
| Frequency | 1800W | 2450MHz | 2450MHz |
| Total power | 2450MHz | 3200W | 3200W |
| Microwave emission mode | Unpulsed, ±1W | Unpulsed, ±1W | 5-40°C |
| Microwave control mode | PID control | PID control | 15-80%RH |
| Temperature monitor | / | / | Pt sensor/ IR sensor |
Amerigo Scientific offers U2 pre-pressurized ultra microwave reaction system that is an integrated high-power, high-pressure microwave reactor designed for fast, efficient, and complete chemical transformations. It extends the capabilities of traditional digestion instruments, capable of handling refractory samples, accelerating complex reactions, and achieving precise control over experimental conditions.
Compared with traditional microwave systems, ultra microwave systems consume less acid, and feature a higher degree of automation and a lower operating cost. The U2 ultra microwave system is especially suitable for extremely difficult-to-digest samples, such as refractory polymers, graphite, carbon fibers, silicon carbide, some oxidized alumina, high-purity iridium, high-purity rhodium, radioactive samples, etc.
| Instrument | U2 Pre-pressurized Ultra Microwave Reaction System |
|---|---|
| Appearance |  |
| Product Feature | Ultra-high sample throughput, accommodating up to 82 digestion tubes, and sample digestion capacity up to 50g per batch |
| Cavity volume | 2.5L |
| Max. operating temperature | 150°C |
| Max. operating pressure | 200bar |
| Sample rack positions | 10, 20, 30, 50, 82 positions or customized |
| Recommended insert gas | nitrogen, argon |
| Vessel material | glass, quartz, PTFE |
| Cooling system | circulating cooling water |
The P3 Automated Microwave Digestion Workstation features a patented single-mode microwave cavity, integrating a high-precision infrared transmission sensor, an intelligent pressure-control module, a turbo-enhanced cooling system, and an independent negative-pressure exhaust channel. Even for challenging samples, the system can complete digestion, cooling, and acid exhaust within 20 minutes, ensuring maximum operational safety.
The instrument provides professional external data interfaces and supports laboratory network management, allowing seamless integration into intelligent laboratory management systems and enabling smart connectivity with other instruments. The mobile APP enables real-time transmission of instrument operation and sample reaction status, as well as remote one-click stop control, ensuring safe overnight operation.
| Instrument | P3 Next-Generation Automated Microwave Digestion Workstation |
|---|---|
| Appearance |  |
| Product Feature | Powered by single-mode microwave focusing technology; Sample preparation/digestion and cooling of a single sample within 15 min; Supporting batch processing of up to 96 samples, enabling a daily throughput of 200 samples |
| Dimension (W×D×H, mm) | 1141×845×925 |
| Microwave power | 0-500W |
| Heating cavity | 3 |
| Temperature precision | ±0.1°C |
| Pressure control range | 0-4.5Mpa |
| Reagent adding | peristaltic pump |
| Sampler | multi-axis smart robotic arm |
| Vessel rack | 6 |
| Vessel material | TFM |
| Vessel volume | 60ml |
Amerigo Scientific provides NOVA 2S microwave synthesizer designed on a vector-modeled single-mode cavity combined with advanced microwave feed-in technology, which focuses microwave energy precisely within the sample zone. This design significantly enhances microwave density and uniformity, thereby improving the reliability and reproducibility of microwave-assisted reactions.
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