The ultrasonic cleaning technology for laboratory cleaning mainly considers that its cleaning method is more environmentally friendly, cleaning efficiency is high, cleaning effect is good, and it has advantages that other cleaning methods cannot compare. With the better and faster development of ultrasonic cleaning technology, the laboratory ultrasonic cleaning machine will be more widely used in the cleaning and maintenance of laboratory equipment, and the corresponding ultrasonic cleaning machine has a hub in the laboratory.

實驗室儀器在使用中會粘附油脂、汗?jié)n、實驗物體等污物，如存放不清洗就會產(chǎn)生生銹、發(fā)霉，這不僅會影響實驗室儀器的使用壽命，還會影響用戶背后的實驗效果。過去實驗室的清潔有兩種方式，第一種是用鏟、刮、刷等方式進行清潔，另一種是用各種化學(xué)去污溶劑進行清潔。因為這兩種方式的弊端，清洗不干凈，造成環(huán)境污染等問題，于是實驗室單槽超聲波清洗機就出現(xiàn)在實驗室儀器去污的高要求下。

Laboratory instruments will adhere to grease, sweat, experimental objects and other contaminants in use. If they are stored without cleaning, rust and mildew will occur, which will not only affect the service life of laboratory instruments, but also affect the experimental effect behind users. In the past, there were two ways to clean the laboratory. The first was to use shovels, scrapers, brushes, etc., and the other was to use various chemical decontamination solvents. Because of the drawbacks of these two methods, the cleaning is not clean, causing environmental pollution and other problems, so the laboratory single tank ultrasonic cleaner appears under the high requirements of laboratory instrument decontamination.

說了單槽超聲波清洗機在實驗室中很重要，那么單槽超聲波清洗機在實驗室中有哪些作用呢?，單槽超聲波清洗機的本質(zhì)作用是清洗，所以它的主要作用是清洗實驗設(shè)備。比如燒杯等容器。很多實驗容器都比較細長，內(nèi)壁上的污垢往往要清除也就不足為奇了，手工擦洗很難到位，殘留的污垢可能會直接影響實驗結(jié)果。這就需要用超聲波清洗儀來清除了。只需放入清洗槽中，注滿水，幾分鐘就能將容器內(nèi)外清洗干凈，徹底去除污垢，不留死角。

Said that the single tank ultrasonic cleaning machine is very important in the laboratory, then what are the functions of the single tank ultrasonic cleaning machine in the laboratory? First of all, the essential role of the single tank ultrasonic cleaner is cleaning, so its main role is to clean experimental equipment. Such as beakers and other containers. Many experimental containers are thin and long, so it is not surprising that the dirt on the inner wall often needs to be removed. It is difficult to scrub manually, and the residual dirt may directly affect the experimental results. This needs to be removed with an ultrasonic cleaner. Just put it into the cleaning tank, fill it with water, and the inside and outside of the container can be cleaned in a few minutes to completely remove dirt without leaving dead corners.

為什么單槽超聲波清洗機可以清除容器內(nèi)壁的污垢呢?因為它的工作原理是利用高頻超聲波轉(zhuǎn)化為機械動能，使液體在清洗罐內(nèi)的作用下，使液體產(chǎn)生空化效應(yīng)，形成成千上萬個微小的氣泡，氣泡迅速破裂并產(chǎn)生沖擊力，錘沉在液體表面，使污垢脫離表面，達到清洗的效果。其次，由于超聲波清洗儀的工作原理，這種儀器設(shè)備在實驗室中有其獨特的作用，用于實驗材料的混合、乳化、分離、提取等，效果非常好。

Why can the single tank ultrasonic cleaner remove the dirt on the inner wall of the container? Because its working principle is to convert high-frequency ultrasonic into mechanical kinetic energy, so that under the action of the cleaning tank, the liquid will produce cavitation effect and form thousands of tiny bubbles. The bubbles will break quickly and produce impact force, and the hammer will sink on the liquid surface, leaving the dirt off the surface to achieve the cleaning effect. Secondly, because of the working principle of the ultrasonic cleaning instrument, this instrument and equipment has its unique role in the laboratory. It is used for mixing, emulsifying, separating and extracting experimental materials with very good results.