Overview

Automated Microwave Digestion System LMMDS-A104 features maximum working temperature of 250℃. It offers durable chamber built from stainless steel with explosion-proof strength and reliability. Equipped with electromagnetic shielding, it meets rigorous microwave containment and laboratory safety regulations. Incorporates protective multi-layer coatings, resisting corrosion and high temperatures for longer operational life. Our Digestion System digests samples in food, pharma, and research laboratories.

Features :

Real-time T&P display

Sample solution scanning

Smart touch screen

User-friendly interface

Pre-installed methods

Editable method programs

Fast air cooling

Specifications :

Vessel Quantity	6
Vessel Volume	100 mL
Pressure Monitoring	Contactless pressure sensor
Pressure Controlling Range	0 to 15MPa
Maximum Working Pressure	6MPa
Pressure Accuracy	±0.01MPa
Temperature Monitoring	Contactless IR sensor
Temperature Controlling Range	50 to 400℃
Maximum Working Temperature	250℃
Temperature Accuracy	±0.1℃
Display	7 inches Color Touch Screen
Air Exhaust	High power corrosion-proof air blower
Microwave Cavity	316L stainless steel cavity with corrosion-proof coating
Rotation	One Direction 360° continuous rotation
Sample Vessel Material	Imported TFM
Protection Vessel Material	PEEK and Glass Fiber
Microwave Leakage	Less than or equal to 5mW/cm²
Microwave Power	0 to 1000W（Adjustable）
Power Supply	AC 220V±10%, 50/60Hz
Dimension	490×560×630mm
Weight	47 Kg

Optional Accessories :

Model No.	Accessory Name
LMMDS-A104-H1	Heating Block

Applications :

Automated Microwave Digestion System LMMDS-A104 is suitable for digesting biological, environmental, pharmaceutical, and food samples in research, testing, and quality control labs.

Selection Guide :

Automated Microwave Digestion System LMMDS-A104 is designed for advanced sample preparation in analytical laboratories, especially in trace element and heavy metal analysis. Based on research studies, this model is highly suitable for applications involving environmental monitoring, food safety testing, pharmaceutical quality control, and materials science. Its high-pressure and high-temperature capabilities ensure complete digestion of complex matrices such as soil, plant tissues, biological samples, polymers, and industrial wastes. The system supports experiments requiring precise and consistent digestion conditions, critical for techniques like ICP-MS, AAS, and ICP-OES. It often comes with international certifications such as CE and ISO, ensuring safety, quality, and regulatory compliance. Customers should consider this model if their work demands high throughput, automation, reliable performance, and compatibility with global analytical standards.