The CEM Microwave Accelerated Reaction System Model MARS 6 is a powerful 1800 Watt laboratory microwave instrument designed for efficient and precise synthesis. Equipped with dual magnetrons (1000 W primary and 800 W secondary), this system features a capacitive LCD glass touchscreen, integrated speakers, and a corrosion-resistant fluoropolymer-coated cavity of 1.8 cubic feet. Its solid steel door with a spring-loaded quadruple safety latch ensures maximum safety during operation.
Product Features
- Dual magnetrons delivering 1800 Watts total power for rapid and uniform heating
- LCD glass capacitive touchscreen with integrated speakers for intuitive control
- 1.8 cubic feet fluoropolymer-coated cavity resistant to corrosion and chemical damage
- Solid steel door construction with spring-loaded quadruple safety door latch
- Direct drive alternating turntable with optical sensor for even sample exposure
- Multiple connectivity options: 5 USB ports, 2 Ethernet ports, and 1 RS232 port
- Internal microSD RAM for method and data backup
- Preprogrammed OneTouch methods for simplified operation
- Two-color LED cavity lamp and detachable power cord
- Conforms to globally harmonized EN61010-1 safety standards
- Includes MARS Synthesis Option, Reagent Stirring Option, and Fiber Optic Temperature Control Option
Benefits
- High power microwave system accelerates synthesis and reduces reaction times
- Robust safety features provide peace of mind during laboratory use
- User-friendly touchscreen interface improves workflow and method setup
- Durable, corrosion-resistant cavity extends equipment lifespan in harsh chemical environments
- Versatile connectivity enables integration with lab networks and data management systems
- Preprogrammed methods save time and reduce user error
- Comprehensive options allow tailored configurations to suit specific laboratory needs
Why Choose the CEM MARS 6?
The CEM MARS 6 Microwave Accelerated Reaction System is engineered to provide reliable, efficient, and safe microwave synthesis for laboratories demanding precision and performance. Its combination of powerful heating, advanced control features, and robust safety mechanisms makes it a top choice for chemical synthesis, materials research, and quality control labs worldwide.
