Why Use A Tubular Ultrasonic Processor? What Is Its Outstanding Performance?
Feb 12, 2023
The tubular ultrasonic processor is one of the commonly used equipment for sample pretreatment in the laboratory, and is widely used in the fields of nano industry, biology, chemical industry, pharmaceuticals, dyes, optics, jewelry, aerospace, hardware, automobile manufacturing, etc.
The horn of the ultrasonic processor is made of titanium alloy material, which has the characteristics of high strength, high sound speed, good corrosion resistance and high heat resistance, thus extending the service life of the instrument. The circuit of the product is made by chip mounting technology, and has the characteristics of automatic frequency tracking, automatic amplitude control, stable load, high electro-acoustic conversion efficiency, over-temperature protection, etc. It can control ultrasound manually or fix ultrasound on a rack, especially suitable for small or small amount of sample processing. The working voltage provides DC voltage and AC voltage, and is also provided with on-board working cable, which is convenient for users to use outdoors;
Structure composition:
Due to its modular design, the tubular ultrasonic processor has a simple and compact structure. It is mainly composed of a 12-24V/DC adjustable switching power supply and an ultrasonic vibration system. The ultrasonic vibration system consists of an electronic tracking converter, an ultrasonic transducer, and a horn. The integrated design of ultrasonic vibration system has the advantages of convenience, efficiency, energy saving and portability.
Main functions:
1. Working time display in cumulative status;
2. Easy operation, menu operation, direct typing;
3. Automatic resonance point and power control, without frequent manual adjustment of energy;
4. Automatic amplitude compensation ensures that the probe amplitude does not change due to the load change during the ultrasonic process;
5.99 hours process control timer to control the total working time; Pause the current running task in real time from 1 second to 99 hours;
6. The on/off pulse timer ensures high intensity processing of temperature sensitive samples. The on/off cycle can be set from 1 second to 99 minutes.