With the popularization of ultrasonic cleaning technology, ultrasonic cleaning machine has been widely used in the laboratory industry. Because the ultrasonic energy can penetrate the inner wall of glassware and fine gaps, small holes and dead corners, it can be applied to the cleaning of any glassware, test tube, beaker, parts or assemblies. When the objects to be cleaned are precision glassware, components or assemblies, ultrasonic cleaning machine cleaning can often become a better cleaning method to meet its special technical requirements. What are the unique functions of laboratory ultrasonic cleaning machine?
1. Can be completely cleaned
The laboratory ultrasonic cleaning machine can clean 360 degrees without dead angle, lock the stubborn stain residue, destroy the dirt attached to the surface of the experimental instrument, and quickly decompose and fall off, so as to achieve the cleaning effect.
2. Wide application range
The laboratory ultrasonic cleaning machine can not only clean the laboratory instruments and glassware in various fields, but also disinfect the instrument dishes. In addition, the laboratory ultrasonic cleaning machine can also carry out some processing, crushing, emulsification, dispersion, solubilization, extraction, defoaming and degassing, accelerating chemical reaction, nano preparation, etc. on the samples of its analysis object.
3. High efficiency automatic cleaning
The laboratory ultrasonic cleaning machine is fully automatic in the cleaning process. It can start automatic cleaning after adjusting the time, temperature, power and other parameters. The cleaning efficiency of the laboratory ultrasonic cleaning machine is several times that of the traditional cleaning or manual cleaning. As long as the cleaning tank is large enough, the experimental instruments can be cleaned in batches, which is unmatched by other cleaning methods.
4. High cleaning efficiency without heating
Because the ultrasonic cleaning machine in the laboratory selects some good process technologies, it has a better design structure. In the process of applying the ultrasonic cleaning machine, it can not only reasonably improve the ultrasonic sound energy conversion efficiency, but also select fewer resonance points in the overall design, so it can ensure that the failure energy of the ultrasonic cleaning machine is reduced to less during operation. Therefore, the ultrasonic cleaning machine can consider the demand for high success rate of load temperature.
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