Split type ultrasonic microwave combined reaction system

BD-3000 seriesSplit type ultrasonic microwave combined reaction system

1 Split type ultrasonic microwave combined reaction systemKey Features:

You can choose ultrasound, microwave, or ultrasound at will-Any of the three functions of microwave synergy.It is the selection of methods and mechanisms for studying chemical reactions, chemical synthesis, material preparation, and pre-treatment of analytical chemical samples
1、Efficient ultrasonic oscillation*Ultrasonic oscillation energy directly acts on the sample container, with high acoustic efficiency, low energy consumption, and low noise; Embedded wireless design makes it more convenient to insert and remove sample containers;
2、 Large sample capacity*The reactor volume can reach1000mLGreatly improving the sensitivity of analysis; Meanwhile, containers of different shapes or volumes can be customized according to user needs;
3、Intuitive and convenient operation*The microwave power and duration can be adjusted arbitrarily, and the mode and degree of ultrasonic and microwave action can be combined and set arbitrarily. Real time monitoring of sample reaction status and reaction temperature;
4、 Multiple power control modes*There are three modes: time control, temperature control, and constant power control. Selection can be made based on sample system, work task, and reaction type.
5、 Low temperature and atmospheric pressure environment: can reduce the damage to the organic structure of the sample;
6、 safe and reliable*Low temperature and atmospheric pressure environment, no need to process or purchase special material sample containers, safer operation. Direct ultrasonic vibration has high efficiency and low noise; Microwave leakage less than0.3mW/cm2（The national standard is5mW/cm2）；
7、 Wide application range: It can be widely used for sample pretreatment in inorganic, organic, and biological analysis. Especially as a new type of reactor, it can be widely used in universities and research institutions to carry out many meaningful research works in chemical reactions, organic synthesis, sample digestion or extraction methods, etc;

II Technical parameters: