EziLab offers the Microwave Digester EZL-MD94, a microwave digestion system that runs 12 vessels in a 50 L oven chamber. It controls temperature from 0 to 300°C at 0.1°C resolution and pressure from 0 to 6 MPa at 0.01 MPa resolution, so each closed vessel follows the programmed ramp. Vessels pair a PEEK outer tank with a TFM1700 inner liner, and a PFA-sprayed cavity resists acid fumes. Cooling takes 25 minutes or less, cutting turnaround between batches. Multiple safety protections, automatic shutdown, and microwave leakage of ≤0.3 mW/cm² protect operators, and uniform heating treats all vessels alike. The 550 × 600 × 750 mm, 90 kg unit draws 1500 W. As a closed vessel microwave digestion unit, it breaks down tough matrices in nitric, hydrochloric, or mixed acids, completing acid digestion far faster than hot plates with lower contamination. Food labs prepare samples for heavy metal testing, while pharmaceutical labs digest drugs and excipients for elemental impurity analysis. Environmental labs process soils, sludges, and sediments, geological labs dissolve rocks and ores, and biological and chemical labs digest tissues and materials before AFS, AAS, ICP, ICP-MS, GC-MS, or LC-MS analysis. See the Microwave Digesters and Microwave Digester pages for full specifications.



Quantity:
$18139
Vessels 12
Oven Chamber 50 L
Temperature Control Range 0 to 300℃
Temperature Accuracy 0.1˚C
Control Pressure Range 0 to 6 Mpa
Pressure Control Accuracy 0.01Mpa
Protective Spraying PFA
Cooling Time Less than equal to 25min
Microwave Leakage Less than equal to 0.3mW/cm2
Outer Tank Material PEEK
Inner Tank Material TFM1700
Power Consumption 1500W
Dimension 550 × 600 × 750 mm
Packaging Dimension 670 × 670 × 850 mm
Net Weight 90 Kg
Gross Weight 110 Kg
  • Multiple safety protections 

  • User-friendly interface 

  • Uniform sample processing 

  • Reduced motor strain 

  • Automatic shutdown safety

  • Microwave Digester EZL-MD94 is used to break down food, pharmaceutical, environmental, geological, biological, and chemical samples for analysis. It also serves as a sample pretreatment method for instruments like AFS, AAS, ICP, ICP-MS, GC-MS, and LC-MS.