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气泡清洗机是的蔬菜水果清洗设备，它可以有效的清洗蔬菜水果自带的农药残留，泥沙尘土，化学添加剂以及其他污染物，气泡清洗机在清洗过程中将蔬菜水果进行清洗、浸泡，洗洁程度高，能保持水果蔬菜原有的色泽，使之符合出口食品的卫生要求。 气泡清洗机在清洗过程中，使物料呈翻滚状态，去除产物表面农残的功效，同时可加入适量的药剂，进行固色。漂浮物可以从溢流槽溢出，沉淀物从排污口排出，以达到清洗的目的。具有洗洁净高、、节水、设备稳定可靠等特点。通过高压气泡水浴清洗分离杂质，使用滚筒过滤泡沫及漂浮物，毛辊粘除毛发样的杂物，筛板式结构可去除沙石等沉淀物，介质水可过滤循环使用。清洁率高、实用性强又。

Bubble cleaner is a professional vegetable and fruit cleaning equipment that can effectively clean the pesticide residues, sediment, dust, chemical additives, and other pollutants that come with vegetables and fruits. During the cleaning process, the bubble cleaner cleans and soaks vegetables and fruits to a high degree of cleanliness, maintaining their original color and meeting the hygiene requirements of exported food. During the cleaning process, the bubble cleaner creates a rolling state of the material, effectively removing pesticide residues from the surface of the product. At the same time, an appropriate amount of medication can be added for disinfection and color fixation. Floating objects can overflow from the overflow tank, and sediment can be discharged from the sewage outlet to achieve the purpose of cleaning. It has the characteristics of high cleanliness, energy saving, water saving, and stable and reliable equipment. High pressure bubble water bath is used to clean and separate impurities, drum is used to filter foam and floating objects, wool roller is used to remove hair like impurities, sieve plate structure can remove sand and other sediments, and medium water can be filtered and recycled. High cleaning rate, strong practicality, and energy-saving.

超声波清洗机是经常使用的，一台好的超声波清洗机发生器应当具备以下几个特点：:

Ultrasonic cleaning machines are frequently used, and a good ultrasonic cleaning machine generator should have the following characteristics:

1、具有扫频清洗功能，即使用冲击性回流清洗，使清洗溶液内产生间歇性及冲击性超声波加速度和冲击波，快速清洗工件表面污渍。

1. It has a frequency scanning cleaning function, which uses impact reflux cleaning to generate intermittent and impact ultrasonic acceleration and shock waves in the cleaning solution, quickly cleaning the surface stains of the workpiece.

2、具有过压、过流以及过热保护功能，保护功能发生器烧坏。

2. It has overvoltage, overcurrent, and overheating protection functions to maximize the protection of the generator from burning out.

3、具有定时功能，方便使用厂家实现高精度定时清洗，节约人工成本。

3. Equipped with a timing function, it is convenient for manufacturers to achieve high-precision timed cleaning and save labor costs.

4、具有功率调节功能，可通过按住“功率—”或者“功率+”开机进行切换。

4. It has power adjustment function and can be switched by pressing and holding the "Power -" or "Power+" button to turn on the device.

5、功率可调功能，发生器采用的调压模式，进行无极调节超声波发生器输出功率，改变了原有的调频模式进行调节功率，客户可根据需求指定选择调节模式。

5. Power adjustable function, the generator adopts a safe voltage regulation mode to infinitely adjust the output power of the ultrasonic generator, changing the original frequency modulation mode to adjust power. Customers can specify the adjustment mode according to their needs.

特别对于某些清洁度要求较高的食品包装容器，仅用—般浸泡喷冲方法已不能满足充分洗净的要求。食品容器的污染物主要是淀粉、脂肪和蛋白质等残留物。当使用温水洗涤液，并加入超声波振荡时，将产生下列现象：

Especially for certain food packaging containers that require high cleanliness, the general soaking and spraying method alone cannot meet the requirements for thorough cleaning. The main pollutants in food containers are residues such as starch, fat, and protein. When using warm water washing solution and adding ultrasonic oscillation, the following phenomena will occur:

1、油脂迅速和温水混合，形成乳化液。

1. The oil quickly mixes with warm water to form an emulsion.

2、淀粉、蛋白质颗粒急剧膨胀，并迅速被分解而溶于水中。

2. Starch and protein particles rapidly expand and are quickly broken down to dissolve in water.

3、超声波的机械作用将激起容器产生强迫振动，这种振动作用使附着在容器壁上的污物容易被剥落。

3. The mechanical action of ultrasound will induce forced vibration in the container, which makes the dirt attached to the container wall easy to peel off.

4、增加清洗剂的活性。

4. Increase the activity of cleaning agents.

总之：超声波将使清洗剂溶液分子动能增加，从而容易向污物深层渗透，加强了清洗剂的洗涤效果。由于超声波纳机械振荡作用，强化了洗涤剂溶液在清洗过程中的物理作用和化学作用，增强了去污能力，加快了清洗速度，用超声波作为清瓶手段可以达到精细洗净的目的。在应用中，超声波清洗机采用的清洗方式是机械振荡产生的超声波与适当的化学洗剂相结合的清洗方式。

In summary, ultrasound will increase the molecular kinetic energy of the cleaning agent solution, making it easier for it to penetrate deep into the dirt and enhance the cleaning effect of the cleaning agent. Due to the mechanical oscillation effect of ultrasonic waves, the physical and chemical effects of detergent solutions during the cleaning process are strengthened, the cleaning ability is enhanced, and the cleaning speed is accelerated. Using ultrasonic waves as a cleaning method can achieve the goal of fine cleaning. In application, the ultrasonic cleaning machine adopts a cleaning method that combines the ultrasonic waves generated by mechanical oscillation with appropriate chemical detergents.