Description

Welcome to our product page for the Laboratory Microwave Reactor, a cutting-edge multi-functional device that integrates the power of microwave and ultrasonic technologies. This innovative reactor enables rapid and selective heating, oscillation, dispersion, and cavitation, allowing for efficient and controlled chemical reactions under atmospheric pressure. By harnessing the advantages of both microwave and ultrasonic energy, this reactor offers a significant improvement over traditional heating methods, enabling reactions that are several times faster than conventional approaches.

The Synergy of Microwave and Ultrasonic Technologies The Laboratory Microwave Reactor combines the rapid and selective heating properties of microwave energy with the oscillation, dispersion, and cavitation effects of ultrasonic energy. By simultaneously utilizing these two technologies, the reactor creates a cooperative treatment environment, resulting in enhanced reaction efficiency and productivity.

Safety and Reliability The unique closed system design allows for the safe and reliable application of microwave and ultrasonic energy under atmospheric pressure. Extensive research and testing have confirmed the safety and feasibility of this mode of operation, ensuring peace of mind for users.

Technical Parameter of FCMCR-3 Series Laboratory Microwave Reactor

Benefits

• Microcomputer Technology and Microwave Power Adjustment The MCR-3 series Microwave Reactor incorporates state-of-the-art microcomputer technology, enabling precise and continuous adjustment of microwave power. With a power meter display and user-friendly operation, users can easily control the reaction conditions to achieve optimal results. The reactor’s superior repeatability ensures consistent and reliable outcomes.
• Enhanced Scientificity and Practicality For experiments requiring exploration of microwave catalytic reaction conditions, particularly those demanding low microwave power and continuous radiation, the MCR-3 series Microwave Reactor excels in delivering scientific rigor and practicality. Its advanced features and functionality empower researchers to conduct in-depth studies and achieve desired reaction outcomes with ease.
• Versatility and Flexibility The MCR-3 series reactor offers exceptional versatility, accommodating a wide range of chemical reactions and applications. Researchers can explore various reaction types, such as organic synthesis, material processing, pharmaceutical development, and more. The reactor’s flexibility supports customization, enabling the adaptation of parameters to suit specific experimental requirements.
• Efficient and Time-Saving With its unique combination of microwave and ultrasonic technologies, the reactor drastically reduces reaction times compared to traditional heating methods. Reactions that typically take hours or days can now be completed within minutes or even seconds, enabling significant time savings for researchers and increasing productivity in the laboratory.
• Enhanced Yield and Purity The precise control over reaction conditions provided by the MCR-3 series reactor contributes to improved product yield and purity. The efficient energy transfer of microwave and ultrasonic technologies ensures homogeneous heating and uniform distribution of energy, resulting in optimized reaction kinetics and enhanced product quality.

Features

● The microwave chemical reactor adopts a large-area touch panel: the key distribution conforms to the operating habits, the distribution spacing is reasonable, and the operation feel is more comfortable. It also has a sound prompt function.
● Large screen LCD: 240 effective pixels × 128, screen size up to 120 × 80mm。 Synchronous display, working conditions set in five time periods, microwave working status, microwave power, real-time temperature, and working time. It makes the vision wider and the viewing more comfortable.

● Temperature error correction function. If there is an error between the displayed temperature and the actual temperature, it can be corrected by a microcomputer.
● Safety interlock switch: in any case, opening the furnace door will stop the microwave radiation to ensure the safety of users.
● Magnetron overheating protection function: when the magnetron is used for too long or the temperature is too high due to abnormal conditions, the machine can automatically cut off the power supply of the magnetron to avoid damage to the magnetron.

● Built-in magnetic stirrer with stepless adjustable mixing speed. Meanwhile, protective gas inlet shall be provided.
● Open reaction system: users can optionally add reaction vessels with standard ports (volume 100-500ml) and condensing reflux, dropping, replenishment, and water separation devices according to reaction conditions.

Applications

• Organic Synthesis The Laboratory Microwave Reactor finds extensive application in organic synthesis, enabling the efficient synthesis of various organic compounds. Its rapid heating capabilities and precise control over reaction conditions facilitate the synthesis of complex molecules, such as pharmaceutical intermediates, fine chemicals, and specialty materials.
• Material Processing and Modification The reactor’s combined microwave and ultrasonic technologies offer unique advantages in material processing and modification. Researchers can utilize the enhanced heating capabilities to facilitate processes like polymerization, crystallization, and sintering. The reactor’s versatility allows for the treatment of diverse materials, including polymers, ceramics, metals, and composites.
• Pharmaceutical Development In the field of pharmaceutical development, the Laboratory Microwave Reactor plays a crucial role in accelerating drug discovery and synthesis. Its rapid and controlled heating enables efficient optimization of reaction conditions, leading to shortened development timelines and improved drug candidates.
• Environmental and Sustainable Chemistry The reactor’s energy-efficient and time-saving capabilities make it an invaluable tool for researchers engaged in environmental and sustainable chemistry. By reducing reaction times and energy consumption, the reactor contributes to the development of green chemical processes, promoting sustainability and minimizing environmental impact.

The Laboratory Microwave Reactor, with its integration of microwave and ultrasonic technologies, represents a significant advancement in the field of chemical reactions. Its unique combination of features, including microcomputer technology, precise microwave power adjustment, versatility, and time-saving capabilities, empowers researchers to achieve breakthroughs in various disciplines. From organic synthesis to material processing, pharmaceutical development, and sustainable chemistry, this reactor opens new horizons for scientific exploration and innovation. With its proven safety, reliability, and remarkable efficiency, the Laboratory Microwave Reactor is poised to revolutionize chemical research and contribute to the advancement of numerous industries.

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