Automatic ultrasonic cleaning machine can be generally divided into the following three types.

1. 根據清洗精度要求的不同，主要分為三類：一般工業(yè)清洗、精密工業(yè)清洗和超精密工業(yè)清洗。

1. According to different cleaning accuracy requirements, it is mainly divided into three categories: general industrial cleaning, precision industrial cleaning and ultra precision industrial cleaning.

一般工業(yè)清洗包括對車輛、船舶和飛機表面的清洗，只能清除比較粗糙的污物。

General industrial cleaning includes the cleaning of vehicles, ships and aircraft surfaces, which can only remove relatively coarse dirt.

精密工業(yè)清洗包括對各種產品在加工和消費過程中的清洗，對各種材料和設備表面的清洗等，具有清除細小污垢顆粒的能力。

Precision industrial cleaning includes the cleaning of various products in the process of processing and consumption, and the cleaning of various materials and equipment surfaces. It has the ability to remove fine dirt particles.

超精密清洗包括在精密工業(yè)消費過程中對機械零件、電子元件、光電器件等的超精密清洗，旨在清除非常細小的污物顆粒。

Ultra precision cleaning includes the ultra precision cleaning of mechanical parts, electronic components, photoelectric devices, etc. in the process of precision industrial consumption, aiming to remove very small dirt particles.

2. 根據清洗方法的不同，全自動超聲波清洗線也可分為物理清洗和化學清洗：應用機械原理、聲學原理、光學原理、電學原理和熱學原理，基于外部能量的作用，如機械摩擦、超聲波、負壓、高壓等）。紫外線、蒸汽等凈化物體表面污垢的辦法稱為物理清洗；根據化學反應的功效，應用化合物或其他溶劑凈化物體表面污垢的辦法稱為化學清洗。例如，用各種無機或有機物質去除物體表面的鐵銹和氧化物，用氧化劑去除物體表面的污垢，用殺菌劑。物理清洗和化學清洗各有所長，但也有很好的多樣性。在理論使用環(huán)節(jié)中，為了取得較好的清洗效果，一般將它們結合起來應用。

2. According to different cleaning methods, the automatic ultrasonic cleaning line can also be divided into physical cleaning and chemical cleaning: mechanical principle, acoustic principle, optical principle, electrical principle and thermal principle are applied, based on the role of external energy, such as mechanical friction, ultrasonic, negative pressure, high pressure, etc.). The method of purifying dirt on the surface of objects such as ultraviolet ray and steam is called physical cleaning; According to the efficacy of chemical reaction, the method of purifying the dirt on the surface of objects with compounds or other solvents is called chemical cleaning. For example, various inorganic or organic substances are used to remove rust and oxides on the surface of objects, oxidants are used to remove dirt on the surface of objects, and bactericides are used. Physical cleaning and chemical cleaning have their own advantages, but also have good diversity. In the theoretical use link, in order to obtain a better cleaning effect, they are generally used together.

3. 超聲波清洗機廠家根據清洗介質的不同，可分為濕式清洗和干式清洗。一般來說，在液體物質中的清洗稱為濕法清洗，在氣體介質中的清洗稱為干法清洗。傳統(tǒng)的清洗方法大多是濕式清洗，我們很容易理解為干式清洗，也就是吸塵器。但近年來，干洗的開展速度很快，有激光清洗、紫外線清洗、等離子清洗、冰洗等。精細犀利的工業(yè)技術的范圍在快速進行。

3. According to different cleaning media, ultrasonic cleaner manufacturers can divide it into wet cleaning and dry cleaning. Generally speaking, cleaning in liquid substances is called wet cleaning, and cleaning in gas medium is called dry cleaning. Most of the traditional cleaning methods are wet cleaning, which can be easily understood as dry cleaning, that is, vacuum cleaners. However, in recent years, the development of dry cleaning is very fast, including laser cleaning, ultraviolet cleaning, plasma cleaning, ice cleaning, etc. The scope of fine and sharp industrial technology is proceeding rapidly.