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Vessel Quantity

Vessel Volume

Temperature Controlling Range

Cavity Volume

Max. Working Temperature

Automated Microwave Digestion System

Labmate Automated Microwave Digestion System employs microwave energy for fast and uniform heating. They are integrated with sensors which continuously monitor and control temperature and pressure. Their multi-sample capacity, allows simultaneous digestion of multiple samples. They are constructed from imported TFM, which is highly resistant to chemical and heat. Our Automated Microwave Digestion System is equipped with a high-power corrosion-proof air blower for air exhaust.

Automated Microwave Digestion System LMMDS-A100

  • Vessel Volume: 100mL
  • Temperature Controlling Range: 50 to 400℃
  • Max. Working Temperature: 250℃
  • Temperature Accuracy: ±0.1℃
  • Pressure Controlling Range:  0 to15MPa

$ 19500 / Pack of 1

Automated Microwave Digestion System LMMDS-A101

  • Vessel Quantity: 6
  • Vessel Volume: 100mL
  • Cavity Volume: 35L
  • Pressure Monitoring: Contactless pressure sensor
  • Maximum Working Pressure: 6MPa

$ 11375 / Each of 1

Automated Microwave Digestion System LMMDS-A102
  • Vessel Quantity: 8
  • Vessel Volume: 100mL
  • Cavity Volume: 35L
  • Pressure Monitoring: Contactless pressure sensor
  • Maximum Working Pressure: 6MPa

$ 12250 / Each of 1

Automated Microwave Digestion System LMMDS-A103
  • Vessel Quantity: 10
  • Vessel Volume: 100mL
  • Cavity Volume: 35L
  • Pressure Monitoring: Contactless pressure sensor
  • Maximum Working Pressure: 6MPa

$ 13125 / Each of 1

Automated Microwave Digestion System LMMDS-A104

  • Vessel Quantity: 6
  • Vessel Volume: 100 mL
  • Pressure Monitoring: Contactless pressure sensor
  • Pressure Controlling Range: 0 to 15MPa
  • Maximum Working Pressure: 6MPa

$ 13125 / Each of 1

Automated Microwave Digestion System LMMDS-A105

  • Vessel Quantity: 8
  • Vessel Volume: 100 mL
  • Pressure Monitoring: Contactless pressure sensor
  • Pressure Controlling Range: 0 to 15MPa
  • Maximum Working Pressure: 6MPa

$ 14000 / Each of 1

Automated Microwave Digestion System LMMDS-A106
  • Vessel Quantity: 10
  • Vessel Volume: 100 mL
  • Pressure Monitoring: Contactless pressure sensor
  • Pressure Controlling Range: 0 to 15MPa
  • Maximum Working Pressure: 6MPa

$ 14875 / Each of 1

Automated Microwave Digestion System LMMDS-A107
  • Vessel Quantity: 12
  • Vessel Volume: 100 mL
  • Pressure Monitoring: Contactless pressure sensor
  • Pressure Controlling Range: 0 to 15MPa
  • Maximum Working Pressure: 6MPa

$ 19250 / Each of 1

Automated Microwave Digestion System LMMDS-A108

  • Vessel Quantity: 12
  • Vessel Volume: 100 mL
  • Pressure Monitoring: Contactless pressure sensor
  • Pressure Controlling Range: 0 to 15MPa
  • Maximum Working Pressure: 6MPa

$ 21000 / Each of 1

Automated Microwave Digestion System LMMDS-A109

  • Vessel Quantity: 18
  • Vessel Volume: 100 mL
  • Pressure Monitoring: Contactless pressure sensor
  • Pressure Controlling Range: 0 to 15MPa
  • Maximum Working Pressure: 6MPa

$ 23625 / Each of 1

Automated Microwave Digestion System LMMDS-A110
  • Vessel Quantity: 40
  • Vessel Volume: 50 mL
  • Pressure Monitoring: Contactless pressure sensor
  • Pressure Controlling Range: 0 to 15MPa
  • Maximum Working Pressure: 6MPa

$ 42875 / Each of 1

Selection Guide for Automated Microwave Digestion System

When selecting Automated Microwave Digestion System, it is important to consider the selection range to ensure it aligns with your laboratory’s processing needs and application requirements. The system offers flexible vessel quantity options: 6, 8, 10, 12, 18, or 40, making it suitable for both low- and high-throughput sample digestion. It supports vessel volumes of 50 mL and 100 mL, providing versatility for handling different sample sizes or types. The wide temperature controlling range of 50°C to 400°C allows for accurate adjustments according to various digestion protocols, while the spacious 35-liter cavity ensures uniform heat distribution across all vessels. Additionally, the maximum working temperature of 250°C ensures safe and consistent performance even under demanding conditions. These parameters help customers choose a system that meets their capacity, safety, and performance expectations for applications in environmental analysis, food safety, pharmaceuticals, and material testing.