Ultrasonic Microwave Combined with Reaction System

DESCRIPTION / TECHNICAL SPECIFICATIONS

This is an Ultrasonic Microwave Synergistic Reaction Workstation, an intelligent laboratory platform that combines ultrasonic and microwave energy in a controlled manner for advanced research and development. This system is designed for precision applications in synthesis, extraction, and digestion across diverse fields such as biology, medicine, pharmaceuticals, material science, and chemistry. The following are its detailed technical specifications and advanced capabilities.

The system is powered by an advanced microwave generation system and a 25kHz ultrasonic system whose power can be independently adjusted, allowing full control over single and synergistic functions. Smart automation features include an ultrasonic transducer with an automatic lifting function and a choice of contact or non-invasive working modes, providing exceptional flexibility for various sample types. Designed for a wide range of chemical reactions, the reaction vessel can be equipped with PTFE (Teflon) or corrosion-resistant glass materials and can be used for ultra-low temperature reactions, microwave vacuum drying, or as a hydrothermal synthesis reactor.

Process measurement and control are carried out with the highest precision. The system offers multiple advanced temperature measurement options, including non-contact infrared temperature sensors, optical fiber, or platinum sensors, with real-time temperature control accuracy of up to ±1°C. All operations and monitoring are controlled via a 10-inch high-definition LCD touch screen, which visually displays data and curves. Users can easily program parameter sets, and the system supports multi-channel data storage for comprehensive historical analysis.

Built to the highest safety and quality standards, this instrument has passed electromagnetic radiation safety certification and European CE electrical safety certification. Its innovative design allows for online (in-situ) analysis by equipping it with a quartz tube, dropping funnel, and reflux condenser for continuous reaction monitoring. Furthermore, the platform is also equipped with a standard ultraviolet (UV) photocatalysis device, further expanding its range of applications as a truly multifunctional, high-performance chemistry workstation.