全自動真空碳氫清洗機的清洗功率非常顯著，滿足了很多企業對精密零件的高質量清洗要求，滿足了產品組裝的實際要求。對于我們常見的盲孔產品工件、異形產品工件、深孔電池鋼殼等產品工件的清洗，可以高效清洗。

The cleaning power of the full-automatic vacuum hydrocarbon cleaning machine is very significant, which meets the high-quality cleaning requirements of many enterprises for precision parts and meets the actual requirements of product assembly. For the cleaning of common blind hole product workpieces, special-shaped product workpieces, deep hole battery steel shell and other product workpieces, it can be cleaned efficiently.

傳統的清洗，如深微盲孔的產品工件、精密零件的孔洞等，無法清洗干凈。由于清洗劑中含有大量空氣，無法排出，清洗液無法充分流入五金制品工件。油溶解在深孔中，常規清洗不干凈，會有油渣。環保型碳氫清洗機不存在這個問題，清洗效果令人滿意。

Traditional cleaning, such as product workpieces with deep and micro blind holes and holes of precision parts, cannot be cleaned. As the cleaning agent contains a large amount of air, it cannot be discharged, and the cleaning solution cannot fully flow into the hardware workpiece. The oil is dissolved in the deep hole. If the conventional cleaning is not clean, there will be oil residue. This problem does not exist in the environment-friendly hydrocarbon cleaning machine, and the cleaning effect is satisfactory.

全自動真空碳氫清洗機的幾個基本組成部分是：超聲波發生器、超聲波換能器和超聲波清洗槽。當聲壓或聲強達到一定程度時，氣泡會迅速膨脹，然后突然閉合。

The basic components of the full-automatic vacuum hydrocarbon cleaning machine are: ultrasonic generator, ultrasonic transducer and ultrasonic cleaning tank. When the sound pressure or intensity reaches a certain level, the bubble will expand rapidly and then close suddenly.

超聲波清洗機生產廠家認為在此過程中，在氣泡閉合的瞬間產生沖擊波，從而在氣泡周圍產生1012-1013pa的壓力并進行局部溫度調節。這種超聲波空化產生的巨大壓力可以破壞不溶性污垢并使它們分化成溶液。蒸汽型空化對污垢的直接和反復影響。

The manufacturer of the ultrasonic cleaning machine believes that in this process, a shock wave is generated at the moment when the bubble closes, resulting in a pressure of 1012-1013pa around the bubble and local temperature adjustment. The huge pressure generated by this ultrasonic cavitation can destroy the insoluble dirt and make them differentiate into solutions. Direct and repeated effects of steam cavitation on fouling.

超聲波發生器將交流電轉換成超聲波頻率的功率，其頻率范圍一般為16khz-68khz，高可達1000khz。

The ultrasonic generator converts alternating current into ultrasonic frequency power. Its frequency range is generally 16khz-68khz, up to 1000khz.

電力通過電纜傳輸到傳感器。超聲換能器通常由幾個平行的聲頭組成。在這里，電能轉換成同頻率的機械振動能并傳遞到清洗槽，從而在清洗液中形成來回振動的超聲波聲場。在超聲聲場中，由于周圍液體補給較晚，在振動負壓區形成大量微真空氣泡。

Power is transmitted to the sensor by cable. Ultrasonic transducers are usually composed of several parallel sound heads. Here, the electric energy is converted into mechanical vibration energy of the same frequency and transmitted to the cleaning tank, so as to form an ultrasonic sound field that vibrates back and forth in the cleaning solution. In the ultrasonic field, a large number of micro vacuum bubbles are formed in the negative pressure area of vibration due to the late supply of surrounding liquid.

當正壓到來時，微泡在壓力下突然閉合，液體之間的劇烈碰撞產生巨大的沖擊波，可形成數千至數萬個大氣壓和瞬間高溫。這就是超聲波的“空化”效應。空化具有很好的清洗和乳化作用，可以將被清洗工件表面的油分分離出來，從而達到快速清洗的目的。

When the barotropic pressure comes, the microbubbles suddenly close under pressure, and the violent collision between liquids produces a huge shock wave, which can form thousands to tens of thousands of atmospheres and instantaneous high temperature. This is the "cavitation" effect of ultrasound. Cavitation has good cleaning and emulsifying effects, which can separate the oil on the surface of the cleaned workpiece, so as to achieve the purpose of rapid cleaning.

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