The CEM Discover 2.0 System is a premier microwave reactor designed for solution-phase synthetic chemistry. It features a powerful 900 W installed magnetron, iWave in-situ and volume-independent IR temperature control up to 300 °C, and automated pressure management with Activent technology supporting up to 435 psi. This versatile system enables pressurized reactions in 10, 35, and 100 mL vessels without tools, supports reflux reactions using standard glassware, and offers a large, easily accessible cavity with a protective spill cup. Additional features include variable electromagnetic stirring, a compressed air port for rapid post-synthesis cooling, an integrated 10.1" touchscreen with intuitive software, and multiple communication ports for accessories.
Product Features
- 900 W magnetron with iWave IR temperature control (up to 300 °C)
- Automated pressure management using Activent technology (up to 435 psi)
- Pressurized reaction capability in 10, 35, and 100 mL vessels with no tools required
- Reflux reactions using standard glassware
- Large cavity with protective spill cup for easy access and safety
- Variable electromagnetic stirring for precise mixing
- Compressed air port for rapid post-reaction cooling
- Integrated 10.1" touchscreen with user-friendly software interface
- Communication ports for accessory integration
- iLink Option for remote monitoring and control protocol creation
What's Included
- iLink Option for remote monitoring and control
- Accessory Kit with 10 mL and 35 mL vessels, caps, and stir bars
- Appropriate power cord(s) for operation
Benefits
- Precise temperature and pressure control for reproducible synthesis
- Enhanced flexibility with multiple vessel sizes and reflux capabilities
- Remote access and control increase workflow efficiency and data management
- User-friendly interface simplifies operation and reduces training time
- Rapid cooling port shortens cycle times and improves lab throughput
Why Choose the CEM Discover 2.0 System?
The CEM Discover 2.0 System with iLink offers cutting-edge microwave synthesis technology combined with remote monitoring capabilities to meet the demands of modern synthetic chemistry laboratories. Its versatile design, powerful control features, and automation-ready options make it the ideal reactor for efficient, reliable, and flexible chemical synthesis.
