相比其它多種的清洗方式，超聲波清洗機顯現(xiàn)出了龐大的優(yōu)越性，特別在化集團化的消費企業(yè)中，已逐漸用超聲波清洗機取代了傳統(tǒng)浸洗，刷洗，壓力沖洗，振清洗和蒸氣清洗等工藝方法，超聲波清洗機的率和高清潔度，得益于其聲波在介中傳播時產(chǎn)生的穿透性和空化沖擊波。
Compared with other cleaning methods, ultrasonic cleaning machines show huge advantages. Especially in the specialized and group consumer enterprises, ultrasonic cleaning machines have gradually replaced traditional immersion, brushing, pressure washing, vibration cleaning and steam cleaning. The high efficiency and cleanliness of ultrasonic cleaning machines benefit from the penetrability and cavitation shock wave generated when the sound wave propagates in the medium.
所以很容易將帶有復雜外形，內(nèi)腔和細空的零件清洗干凈，對普通的除油，防銹，磷化等工藝過程，在超聲波作用下只需兩三分鐘可完成，其速度比傳統(tǒng)方法可進步幾倍到幾十倍，清潔度也能達超聲波清洗機到高標準，這在許多產(chǎn)品表面質(zhì)量和消費率懇求較高的場所，更突出地顯現(xiàn)了用其它處置方法難以抵達或可取代的結(jié)果。
Therefore, it is easy to clean the parts with complex shapes, cavities and fine cavities. Common processes such as oil removal, rust prevention and phosphating can be completed in two or three minutes under the action of ultrasound. The speed can be several to dozens of times higher than that of traditional methods, and the cleanliness can also reach the high standard of ultrasonic cleaners, which is in many places where the surface quality and consumption rate of products are high, It highlights the results that are difficult to reach or replace with other disposal methods.
超聲波清洗機主要由超聲波清洗槽和超聲波發(fā)作器兩部分構(gòu)成，超聲波清洗槽采用穩(wěn)固，彈性好，耐腐蝕的不銹鋼制成，底部或側(cè)邊安裝有超聲波換能器振子，超聲波發(fā)作器產(chǎn)生高頻高壓，經(jīng)過電纜銜接線傳導給換能器，換能器與振動板一同產(chǎn)生高頻共振，從而使清洗槽中的溶劑受超聲波作用對污垢中止洗凈。
The ultrasonic cleaning machine is mainly composed of ultrasonic cleaning tank and ultrasonic generator. The ultrasonic cleaning tank is made of stable, elastic and corrosion resistant high-quality stainless steel. The ultrasonic transducer vibrator is installed at the bottom or side. The ultrasonic generator generates high frequency and high voltage, which is transmitted to the transducer through the cable connecting wire. The transducer and the vibrating plate generate high frequency resonance together, Thus, the solvent in the cleaning tank stops cleaning the dirt under the action of ultrasonic wave.

超聲波清洗機的清洗作用怎樣，超聲波清洗機這是許多客戶在置辦這一設(shè)備之前的疑問，怕買來沒用，洗不干凈，白出錢，其實作用怎樣，要看洗什么物件，是用于哪些方面的運用。
How about the cleaning function of the ultrasonic cleaning machine? Many customers have doubts about the ultrasonic cleaning machine before purchasing it. They are afraid that it will be useless if they buy it, and it will cost nothing if they can't clean it. The actual function depends on what is washed and what is used for.
但大多是表面較硬的物件，如五金件，金屬件，SMT吸嘴，電路板，玻璃鏡片，燒杯容器，塑膠殼，模具，金銀飾品等等，用于除塵，去油，除銹，去氧化等，在這些方面，超聲波清洗的作用是非常超卓的，功率高，作用好。
But most of them are hard surface objects, such as hardware, metal parts, SMT nozzles, circuit boards, glass lenses, beaker containers, plastic shells, molds, gold and silver ornaments, etc., which are used for dust removal, oil removal, rust removal, oxidation removal, etc. In these aspects, the role of ultrasonic cleaning is extraordinary, high power, and good.
為什么作用好，功率高呢，讓我們理解下其作業(yè)原理，簡單的說便是經(jīng)過超聲波發(fā)作器發(fā)作高頻的超聲波，經(jīng)過換能器超聲波清洗機（即超聲波震頭）發(fā)作高頻率的驚擾，作用于清洗槽內(nèi)的液體介質(zhì)（普通水，酒精，洗板水，清洗劑等），發(fā)作空化氣泡，無數(shù)個纖細的氣泡不時發(fā)作并爆裂，發(fā)作的沖擊不時沖擊著物件表面，使得表面的塵垢脫離，然后抵達清洗作用。
Why it works well and has high power? Let's understand its operating principle. In short, it is that high-frequency ultrasound occurs through the ultrasonic generator, high-frequency alarm occurs through the transducer ultrasonic cleaner (i.e. ultrasonic vibrator), liquid media (ordinary water, alcohol, plate washing water, cleaning agent, etc.) acting on the cleaning tank, cavitation bubbles occur, and countless thin bubbles occur and burst from time to time, The impact from time to time strikes the surface of the object, making the dust on the surface separate, and then reaching the cleaning function.
既然是經(jīng)過液體來沖刷物件，所以超聲波清洗可以說是無孔不入，無縫不到，清洗非常，關(guān)于有縫隙角落或許有孔槽或許容器內(nèi)壁的清洗作用愈加明顯了，由于物件浸沒在液體中，所以各個表面都能一同被清洗，功率比擬人工高許多了。
Since the objects are washed by liquid, ultrasonic cleaning can be said to be all pervasive and seamless, and the cleaning is very comprehensive. The cleaning effect of the corners with gaps, perhaps holes and grooves, or the inner wall of the container is more obvious. Since the objects are immersed in liquid, all surfaces can be cleaned together, and the power is much higher than that of manual work.