Ezilab offers Microwave Digester ezl-md91 for environmental testing laboratories, metals analysis facilities, chemical manufacturing units, wastewater treatment centers, and academic research programs requiring high-temperature high-pressure controlled microwave digestion. The Microwave Digester | Microwave Digestion System delivers 6-vessel configuration, 0 to 600°C temperature range, and 15 MPa pressure capacity, supporting accelerated digestion for metals analysis, organic sample decomposition, and preparation for ICP, AAS, and other analytical techniques under EPA Method 3051 and EPA Method 3052 microwave digestion protocols. The 6-vessel configuration supports simultaneous batch digestion across environmental compliance and industrial QC programs. The 15 MPa pressure capacity covers diverse sample matrix digestion requirements. Each model covers diverse vessel counts, temperature ranges, and pressure configurations. Quality standards support system validation and EPA-aligned conformity. EziLab's Microwave Digesters and Laboratory Digesters handle 6-vessel microwave digestion system needs across USA environmental and chemical laboratory settings.



Quantity:
$15466
Vessels 6
Vessel Volume 100 ml
Temperature Range 0°C to 600°C
Temperature Accuracy ±0.1°C
Display Accuracy 0.1°C
Pressure Control Range 0 to 15 MPa
Pressure Accuracy ±0.01 MPa
Microwave Tank 316 L stainless steel tank
Microwave Leakage <5mw/cm²
Microwave Power 2000W
Rotation One direction 360° continuous rotation
Vessel Material TFM
Protection Vessel Material Peek + Glass Fiber
Air Exhaust Centrifugal fan for gas discharge
Display 7 inch touch screen
Power AC 220V+10%, 10A, 50/60Hz
Dimension (W×D×H) 530 × 440 × 510 mm
Weight 55Kg
  • User-friendly touchscreen
  • High-strength CFRP body
  • Corrosion-resistant chamber
  • Low microwave leakage
  • Easy vessel handling
  • Microwave Digester EZL-MD91 is s ideal for digesting trace heavy metals in food and pharmaceutical products, as well as for sample preparation in clinical, research, and metallurgical applications.