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Lab Expo Microwave Digestion System LE-MDS101 supports a maximum working pressure of up to 6 MPa to ensure robust operation. Equipped with 8 high-performance vessels, allowing simultaneous sample processing. Features a contactless pressure sensor for accurate and safe pressure measurement. Built with color touch screen for intuitive and user-friendly control. Our Microwave Digestion System delivers reliable and efficient sample digestion for modern laboratory needs.
$14,112.00 $ 11760
| Vessel Quantity | 8 |
| Pressure Monitoring | Contactless Pressure Sensor |
| Max. Working Pressure Range | 6 MPa |
| Temperature Monitoring | Contactless IR Sensor |
| Max. Working Temperature | 250℃ |
| Temperature Accuracy | ±0.1℃ |
| Vessel Volume | 100 mL |
| Display | 7 inches Color Touch Screen |
| Rotation | 360° Continuous Rotation |
| Microwave Power | 0 to 1000W (Adjustable) |
| Microwave Frequency | 2450 MHz |
| Cavity Volume | 35 L |
| Microwave Leakage | |
| Power | AC 220V±10%, 10A, 50/60Hz |
| Dimension | 490 × 560 × 630 mm |
| Weight | 47 kg |
Function Implementation Sample batch processing 8 vessels enables simultaneous sample digestion High-pressure applications 6 MPa max working pressure ensures safe operation Temperature-controlled digestion ±0.1℃ accuracy supports precise thermal control Continuous sample rotation 360° rotation promotes uniform heating distribution User-friendly operation 7-inch touch screen simplifies parameter setup
Sample Pretreatment/Acid-removing Heating Equipment (Heating Blocks), set of 12
1: How many vessels does the LE-MDS101 model support?
The LE-MDS101 supports up to 8 high-performance digestion vessels, allowing efficient batch sample processing.
2: What is the maximum working pressure of the system?
The system supports a maximum working pressure of 6 MPa, ensuring robust and reliable operation.
3: How is temperature and pressure monitored during digestion?
The system uses contactless infrared sensors for temperature and contactless pressure sensors for real-time pressure monitoring, ensuring safe and accurate readings.
4: Does the system feature any safety mechanisms?
Yes, it includes an explosion-proof cavity, electromagnetic protection design, and high-power turbulent air cooling to ensure safe operation.
5: Can the system be used for different types of sample analysis?
Absolutely. It is ideal for environmental testing, food safety analysis, pharmaceutical research, and materials science applications.
6: What is a Microwave Digestion System?
A microwave digestion system is a laboratory instrument that uses microwave energy to rapidly heat and break down sample materials in sealed vessels for subsequent elemental analysis.
7: How does the auto-vent and self-resealing mechanism work?
This feature allows vessels to automatically release excess pressure in case of overpressure and then instantly reseal, minimizing the risk of accidents and preserving sample integrity.
8: What is the advantage of contactless monitoring?
Contactless sensors reduce the risk of sample contamination and wear, while improving measurement precision and safety during digestion.
9: Are different models available under this category?
Yes, Lab Expo offers a range of microwave digestion systems with varying vessel capacities, power outputs, and automation features tailored to diverse laboratory needs.
10: What applications is this system suitable for?
It is ideal for sample digestion in applications such as TOC analysis, TIC/TC/TOC measurement, chemical digestion, inorganic and organic compound digestion, and elemental testing across various scientific disciplines.
Lab Expo Microwave Digestion Systems are structured around sealed-vessel microwave heating to enable controlled acid digestion under elevated temperature and pressure. This microwave digester supports high-throughput batch processing with real-time pressure and temperature monitoring. Automated venting with self-resealing vessels, contamination-controlled chamber design, and stable energy delivery ensure repeatable sample decomposition for analytical, environmental, food, and research laboratory workflows.
