Microwave Accelerated Reaction System, Model MARS 2, 240V/50Hz_1535675
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CEM Microwave Accelerated Reaction System, Model MARS 2, 240V/50Hz

The CEM Microwave Accelerated Reaction System Model MARS 2 is a powerful 1800 Watt laboratory microwave reactor designed for precise, efficient chemical synthesis. Featuring a single iWave sensor in the outer position, a fluoropolymer-coated cavity, and a solid steel door with spring-loaded safety latch, this system ensures reliable and safe operation for high-throughput reactions.

Product Features

  • 1800 Watt microwave power with single iWave sensor installed in the outer position
  • 1.8 cubic feet fluoropolymer-coated cavity for superior chemical resistance
  • Corrosion-resistant exhaust system and solid steel door with spring-loaded quadruple safety latch
  • Direct drive alternating turntable with optical sensor for even heating
  • LCD glass capacitive touchscreen with speakers for intuitive control and feedback
  • 5 USB ports, 2 Ethernet ports, 1 RS232 port, and internal microSD RAM for method and data backup
  • Preprogrammed OneTouch methods for ease of use
  • Two-color LED cavity lamp for clear visibility during operation
  • Detachable power cord included for convenient setup
  • Compatible only with 24-position Xpress 55 mL or 75 mL turntables (sold separately)
  • Conforms to globally harmonized safety standard EN61010-1

Benefits

  • Reliable, high-power microwave synthesis with precise sensor control
  • Durable, chemically resistant cavity extends system lifespan
  • Advanced safety features for secure laboratory operation
  • Comprehensive connectivity options support data management and integration
  • User-friendly interface streamlines method programming and execution
  • Optimized for high-throughput synthesis with 24-position turntable compatibility

Why Choose the CEM MARS 2?

The MARS 2 Microwave Accelerated Reaction System delivers robust performance with intuitive controls and advanced safety for laboratories requiring efficient, high-throughput microwave synthesis. Its specialized design supports streamlined workflows and reliable results in demanding research environments.

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