Microwave Digestion System LX105MDS has a fully high-pressure digestion system for improved recovery rates. The outer vessel is made up of aerospace composite fiber, and the inner vessel material is TFM, microwave cavity coated PFA that provides anti-corrosion and higher pressure-resistance levels. It has an advanced software operation function that allows the user to operate it with the Android system; it automatically identifies the model of the turntable and automatically counts the number of vessels, making the experiment easier and faster, with the absence of tedious manual counting and input. Equipped with non-contact mid-infrared sensors to visualize real-time temperature change of samples inside each digestion vessel, the whole process is controlled and monitored automatically.
| Microwave source | 2450 MHz, high-energy microwave field transmission |
|---|---|
| Installed power | 1800 W |
| Microwave cavity | 316 L Stainless steel cavity with Teflon coating |
| Explosion-proof door design | Self-popping explosion-proof sliding furnace door, integrated structure design with prevention of microwave leakage |
| Pressure measurement system | High-precision semiconductor pressure sensor, with pressure control range: 0~15 MPa, accuracy ±0.01 MPa |
| Temperature measurement | Full vessel IR temperature control system, with temperature control range: 60~305 °C, accuracy: ±0.1 °C |
| Control system | Optional multi-core integrated optical fiber temperature control system, with temperature control range: -40~305 °C, accuracy: ±0.1 °C |
| Passive protection system | COT real-time abnormality monitoring system |
| Software system | Android system; Built-in method library; cloud methods, data storage and sharing; Wi-Fi remote connection, etc |
| Communication interface | USB interface and internet interface |
| Exhaust system | High-power corrosion-resistant turbo fan, high-efficiency turbulent air cooling, less than 15 minutes cooling down to room temperature |
| Vessel capacity | 6 Vessels and turntable configurations |
| Material of inner vessel | TFM |
| Material of outer vessel | Aerospace composite fiber |
| Rotor frame type | Single frame type |
| Volume of reaction vessel | 100 ml |
| Designed temperature | 300 °C |
| Designed pressure | 15 MPa (2,200psi) |
| Working environment | 0~40 °C / 15~80%RH |
| Maximum output power | 1000 W |
| Power supply | 220-240V 50/60Hz, 20A |
| External dimension (W x D x H) | 480 x 560 x 575 mm |
| Net weight | 50 Kg |
| Packing dimension and gross weight | Main unit: 720 x 780 x 860 mm, 70 Kg Accessories (vessels): 470 x 550 x 290 mm, 10 Kg Accessories: 540 x 470 x 200 mm, 12 Kg |
Equipped with 7-inch LCD touch screen that displays real time data like as temperature, pressure, time and steps
A built-in high-precision semiconductor pressure sensor, which has good corrosion resistance and high mechanical strength, provides precise pressure measurement and improved reliability
Outer vessel made of high-strength aerospace composite fiber, with both mechanical strength and anti-corrosion properties
It has optional optical fiber temperature control system
It has uniform sample digestion
Easy control of the system due to additional unique Wi-Fi control module
Comes with USB interfaces
Includes FDA 21 CFR Part 11 software that can count the number of vessels automatically, simplifying and streamlining the experiment
COT real-time abnormality monitoring system, which can automatically beep and cut off the microwave when an abnormality occurs to any reaction vessel; Safety Bolt design, providing vertical and quantitative release of overpressure
Used in the food, textile, plastic, geology, metallurgy, coal, bio pharmaceutical, petrochemical, environmental monitoring, wastewater treatment, battery manufacturing, cosmetics and other fields.
Microwave Digestion System
Labdex Microwave Digestion System features high-pressure TFM vessels, aerospace composite fiber construction, real-time infrared temperature monitoring, and advanced Android-based control for efficient, uniform sample digestion in demanding laboratory applications.
- Microwave source: 2450MHz; Maximum microwave output power 2000W, emitted from dual magnetron inverter high-energy microwave field non-pulse continuous microwave output
- Installed power: 3800 W
- Microwave cavity: 316 L Stainless steel microwave resonant cavity, with a wall thickness of 3mm, sprayed with multi-layer PFA coating
- Vessel quantity: 12
- Temperature monitoring: Contactless IR Sensor temperature monitoring <br/> Each Vessel temperature controlled <br/> Temperature controlling range: 50-400 ℃ <br/> Max. working temperature: 250 ℃ <br/> Temperature accuracy: ±0.1 ℃
- Pressure Monitoring: Contactless sensor pressure monitoring <br/> Each vessel pressure controlled <br/> Pressure controlling range: 0-15 Mpa <br/> Max. Working pressure: 6 Mpa <br/> Pressure accuracy: ±0.01 Mpa
- Microwave source: 2450 MHz; Maximum microwave output power 2000 W, emitted from dual magnetron inverter high-energy microwave field non-pulse continuous microwave output
- Installed power: 3800 W
- Microwave cavity: 316 L Stainless steel microwave resonant cavity, with a wall thickness of 3 mm, sprayed with multi-layer PFA coating
- Microwave source: 2450 MHz; Maximum microwave output power 2000 W, emitted from dual magnetron inverter high-energy microwave field non-pulse continuous microwave output
- Installed power: 3800 W
- Microwave cavity: 316 L Stainless steel microwave resonant cavity, with a wall thickness of 3 mm, sprayed with multi-layer PFA coating
- Microwave source: 2450 MHz; Maximum microwave output power 2000 W, emitted from dual magnetron inverter high-energy microwave field non-pulse continuous microwave output
- Installed power: 3800 W
- Microwave cavity: 316 L Stainless steel microwave resonant cavity, with a wall thickness of 3 mm, sprayed with multi-layer PFA coating
- Microwave source: 2450 MHz; Maximum microwave output power 2000 W, emitted from dual magnetron inverter high-energy microwave field non-pulse continuous microwave output
- Installed power: 3800 W
- Microwave cavity: 316 L Stainless steel microwave resonant cavity, with a wall thickness of 3 mm, sprayed with multi-layer PFA coating
- Microwave source: 2450 MHz, high-energy microwave field transmission
- Installed power: 1800 W
- Microwave cavity: 316 L Stainless steel cavity with teflon coating
- Microwave source: 2450 MHz, high-energy microwave field transmission
- Installed power: 1800 W
- Microwave cavity: 316 L Stainless steel cavity with Teflon coating