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Microwave Digester BEM-20101
Microwave Digester
Key Features
- 1. Microwave non-pulse continuous automatic frequency conversion control, 0 ~ 100% automatic output.
- 2. Vertical bidirectional waveguide design, 3D output technology, and matching harmonic power frequency achieve a high degree of field uniformity.
- 3. SUS316 stainless steel chamber.
- 4. Self-locking buffer explosion-proof furnace door, when the reaction is abnormal, buffer structure to ensure the operator's personal safety and integrity of the door structure.
- 5. 8"TFT-LED touch screen display the temperature and pressure curve in real time.
- 6. 360° continuous rotation in the same direction, microwave uniformity, to ensure that the microwave environment of each sample is the same, improve the consistency of experimental results.
- 7. Non-contact infrared temperature control system and non-contact pressure control system.
- 8. Exhaust and cooling system: acid-resistant centrifugal fan, exhaust air volume is not less than 5m³/min; With air cooling function, continuous cooling for the reaction vessel, temperature and pressure real-time display.
SKU: BEM-20101
Pricing & Resources
- Up to 3-Year Product Warranty
- US & EU Compliance Standards
- Door-to-Door Shipping
Technical Specifications
Detailed operating and construction parameters for this model.
| Model | BEM-20101 |
| Chamber | 52L, SS316 |
| Microwave Source | Professional microwave source, industrial microwave power supply |
| Microwave Frequency | 2450 MHz |
| Microwave Output Power | 0~2000W |
| Display | 8"TFT-LED touch screen |
| Max. Temp. | 300°C |
| Temp. Accuracy | ±0.5°C |
| Max. Pressure | 10MPa |
| Pressure Accuracy | ±0.01Mpa |
| Temperature Sensor | Non-contact infrared temperature sensor |
| Vessel Quantity Capacity | 10 Vessels |
| Vessel Volume | 70ml(Standard), 100ml(Optional) |
| Vessel Material | Vessel made of TFM, explosion-proof outer vessel made of PEEK aerospace composite material |
| Cooling Method | Forced air cooling |
| Standard | Turntable bracket, PEEK explosion-proof outer10, TFM inner vessel10, infrared temperature sensor, graphite acid evaporator |
| Consumption | 2600W |
| Power Supply | AC220±10%, 50/60Hz (Standard); AC110V,60Hz (Optional) |
| External Size (W*D*H) | 590*620*830mm |
| Package Size (W*D*H) | Main Body: 590*620*830mm; Accessory: 820*300*130mm |
| Gross Weight | Main Body: 75kg; Accessory: 25kg |
Product Features
Key design, performance, usability, and safety advantages.
1. Microwave non-pulse continuous automatic frequency conversion control, 0 ~ 100% automatic output.
2. Vertical bidirectional waveguide design, 3D output technology, and matching harmonic power frequency achieve a high degree of field uniformity.
3. SUS316 stainless steel chamber.
4. Self-locking buffer explosion-proof furnace door, when the reaction is abnormal, buffer structure to ensure the operator's personal safety and integrity of the door structure.
5. 8"TFT-LED touch screen display the temperature and pressure curve in real time.
6. 360° continuous rotation in the same direction, microwave uniformity, to ensure that the microwave environment of each sample is the same, improve the consistency of experimental results.
7. Non-contact infrared temperature control system and non-contact pressure control system.
8. Exhaust and cooling system: acid-resistant centrifugal fan, exhaust air volume is not less than 5m³/min; With air cooling function, continuous cooling for the reaction vessel, temperature and pressure real-time display.
9. With fault self-test system, when the temperature or pressure control system fails, the instrument will automatically cut off the microwave emission, and alarm.
10. The material is TFM for the inner vessel and PEEK aerospace composite material for the vessel explosion-proof outer casing.
Applications Explore common laboratory, research, industrial, and process applications.
The microwave digestion system provides a fast, safe and automatic solution for samples, accelerates the speed of sample digestion reaction under high pressure conditions.
It is widely used in food, textile, plastic, geological, metallurgical, coal, biological medicine, petroleum chemical industry, environmental monitoring, sewage treatment, battery manufacturing, cosmetics, etc.