在工業配件製作及加（jiā）工過程中，工件表麵常常會附有油漬、鐵屑、拋光臘等汙物，如果不徹（chè）底（dǐ）清潔（jié）會使（shǐ）加工件的不良率增加從（cóng）而影（yǐng）響交付，給企業帶來巨大的損失。

In the production and processing of industrial accessories, the surface of the workpiece often contains dirt such as oil stains, iron filings, polishing wax, etc. If not thoroughly cleaned, it will increase the defect rate of the processed parts and affect delivery, bringing huge losses to the enterprise.

傳統的人工刷（shuā）洗去汙方法，清潔度低，且耗時耗力。蒸汽清洗工藝和高壓水射流清洗所需的設備程序複雜，成本高，且在進行精（jīng）細度和（hé）清（qīng）潔度要求較高的清洗環節時，依舊無法滿（mǎn）足（zú）需求。

The traditional manual brushing and decontamination method has low cleanliness and is time-consuming and labor-intensive. The equipment and procedures required for steam cleaning process and high-pressure water jet cleaning are complex and costly, and they still cannot meet the requirements when performing cleaning processes with high precision and cleanliness requirements.

相比其（qí）他（tā）清洗方式（shì），超聲波清洗機（jī）顯示出了巨大（dà）的優越性。尤（yóu）其在規模化、自動（dòng）化的生產車間企業中，已逐漸用超聲波清洗機取代（dài）了傳統浸洗、刷（shuā）洗、壓力衝洗、振動清洗和蒸氣（qì）清洗等工藝方法。

Compared to other cleaning methods, ultrasonic cleaning machines have shown significant advantages. Especially in large-scale and automated production workshop enterprises, ultrasonic cleaning machines have gradually replaced traditional soaking, brushing, pressure flushing, vibration cleaning, and steam cleaning processes.

超聲波清洗是通（tōng）過超聲波換能器轉換成（chéng）高頻震（zhèn）蕩而傳播到清（qīng）洗液中去的，超聲波在清洗液中疏（shū）密相間的向前輻射，使液體產生數以萬計的小氣泡。

Ultrasonic cleaning is transmitted to the cleaning solution through the conversion of ultrasonic transducer into high-frequency vibration. The forward radiation of ultrasonic in the cleaning solution causes tens of thousands of small bubbles in the liquid.

這些（xiē）小氣泡（pào）在超（chāo）聲波縱向傳播形成的負壓區形成（chéng）、生長，而在正壓區迅速閉合，這種現象稱為“空化效應”，氣泡在閉合時可（kě）產生1000個大氣壓的瞬間（jiān）高壓（yā），就像（xiàng）一（yī）連串的（de）小“爆炸”不斷地衝擊工件表麵，使（shǐ）工件表（biǎo）麵及縫隙中的汙垢迅速剝落（luò），從而達到清洗工件的目的。

These small bubbles form and grow in the negative pressure zone formed by the longitudinal propagation of ultrasound, and quickly close in the positive pressure zone. This phenomenon is called the "cavitation effect". When the bubbles close, they can generate an instantaneous high pressure of 1000 atmospheres, just like a series of small "explosions" that continuously impact the surface of the workpiece, causing dirt on the surface and gaps of the workpiece to quickly peel off, thus achieving the goal of cleaning the workpiece.

超聲波清洗機的高效（xiào）率和高清潔度，得益於其聲波在（zài）介質中傳播時產生的穿透性和（hé）空化衝擊波。所以（yǐ）它很（hěn）容易將帶有複雜外形、內（nèi）腔的零（líng）部件（jiàn）清（qīng）洗（xǐ）幹淨，對一般的除油、防鏽、磷化等工藝過程，在超（chāo）聲波作用（yòng）下隻需幾分鍾即可完成，其速度比傳統方法可提高幾倍到幾十倍。

The high efficiency and cleanliness of ultrasonic cleaning machines are attributed to the penetration and cavitation shock waves generated by their sound waves when propagating in the medium. So it is easy to clean components with complex shapes and cavities. For general processes such as oil removal, rust prevention, and phosphating, it can be completed in just a few minutes under the action of ultrasound, and its speed can be increased by several to several tens of times compared to traditional methods.

此外超聲波（bō）清洗機是一種物理清洗方式，安全可靠，不會產（chǎn）生電磁波及輻射，對人體沒有傷害。此外（wài），無需人體直接觸摸清（qīng）潔劑，對人身健康也有保障。您有需求就來91污網站http://www.ahfanglei.com谘詢！

In addition, the ultrasonic cleaning machine is a physical cleaning method that is safe and reliable, does not generate electromagnetic waves or radiation, and does not harm the human body. In addition, there is no need for the human body to directly touch the cleaning agent, which also ensures personal health. Come to our website if you have any needs http://www.ahfanglei.com consulting service