Microwave Chemical Reactor LE-MR102

Model: LE-MR102

Lab Expo Microwave Chemical Reactor LE-MR102 enables flexible control with finely tunable microwave frequency. It is equipped with an adjustable power setting to accommodate various reaction conditions. Integrated microcomputer control system ensures stable operation and precise regulation. Built-in user-friendly interface simplifies monitoring during experiments. Our Microwave Chemical Reactor is suitable for applications requiring high repeatability in synthesis and catalytic research.

$3,654.00 $ 3045

Microwave Chemical Reactor LE-MR102 - Specifications

Frequency Adjustable Size
Maximum Input Current 7.8 A
Rated Maximum Output Power 650 W
Rated Power Consumption 1100 W
Power Supply 220 V
Chamber Dimension 290 × 295 × 190 mm
Packing Dimension 610 × 480 × 550 mm
Gross Weight 35 kg

Microwave Chemical Reactor LE-MR102 - Key Features

  • Teflon plate frame with 290x295x190mm chamber dimensions
  • Door interlock switch for 7.8A maximum input current safety
  • Continuous microwave output at 650W rated power level
  • Adjustable stirring compatible with 1100W power consumption settings

Microwave Chemical Reactor LE-MR102 - Applications

FunctionImplementation
Chemical synthesis labs650 W enables controlled microwave-assisted reactions
Catalytic research environmentsAdjustable power setting accommodates various reaction conditions
Quality control testingFinely tunable frequency ensures precise reaction regulation
Industrial process developmentMicrocomputer control system supports stable operation during experiments
Research laboratory workflowsUser-friendly interface simplifies monitoring of synthesis procedures

Microwave Chemical Reactor LE-MR102 - Catalog

Related Microwave Chemical Reactor

Lab Expo Microwave Chemical Reactors are structured around uniform microwave energy coupling to drive controlled reaction acceleration. This microwave reactor integrates precise temperature and pressure regulation with adjustable power output for fine reaction tuning. Real-time monitoring, reinforced pressure containment, and integrated safety interlocks support reproducible synthesis, improved yield control, and efficient operation in chemical, pharmaceutical, and materials research workflows.