Product Series and Features

Single - tank ultrasonic cleaning machine

Multi - tank ultrasonic cleaning machine

Wall - mounted Ultrasonic Vibration Plate

I. Working Principle

It is composed of a cleaning section, a rinsing section, and a drying section. Workpieces are conveyed through each section in sequence by a conveying device. In the cleaning section, the cavitation effect generated by ultrasonic waves is utilized to remove dirt. The rinsing section is used to remove residual cleaning agents, and the drying section evaporates and dries the moisture on the surface of the workpieces.

II. Technical Features

1. High - efficiency cleaning: It can reach deep into the tiny parts of the workpiece.

2. High degree of automation: It enables continuous operation.

3. Adjustable process parameters: It is multi - functional as process parameters can be adjusted.

4. Energy - saving and environmentally friendly: It consumes less energy and is environmentally friendly.

5. Wide range of applications: It can be applied in various situations.

III. Application Fields, Cleaning Scope, and Processes

Heavy Metal Recycling Industry:

The dirt to be cleaned is mostly oil stains and various impurities adhering to the metal surface. The commonly used cleaning process is a combination of ultrasonic cleaning and chemical cleaning. The cavitation effect of ultrasonic waves is used to enhance the cleaning effect. After that, neutralization treatment and water washing are carried out, and finally, it is dried. The daily output depends on the processing capacity of the recycling and treatment equipment. The ultrasonic frequency is generally selected between 28kHz - 40kHz and needs to be adjusted according to the specific cleaning objects and the types of recycled metals.

Automobile Manufacturing Industry:

The dirt to be cleaned mainly includes oil stains, iron filings, etc. The commonly used cleaning process is ultrasonic cleaning, followed by rinsing, and finally drying. The daily output is determined according to the specific production line. The ultrasonic frequencies used are 28kHz, 40kHz, etc.

Mechanical Processing Industry:

The dirt to be cleaned includes cutting fluids, metal chips, etc. The commonly used cleaning process is ultrasonic cleaning, followed by spray rinsing, and finally drying. The daily output depends on the production scale. The ultrasonic frequencies are also 28kHz, 40kHz, etc.

Electronics Industry:

The dirt to be cleaned is flux residues, dust, etc. The cleaning process adopted is ultrasonic cleaning, followed by pure water rinsing, and finally drying. The daily output varies depending on the products. The ultrasonic frequencies are also 28kHz, 40kHz, etc.

Aerospace Industry:

The dirt to be cleaned includes oil stains, dust, etc. Fine ultrasonic cleaning is commonly used, and then it is dried. The daily output is carried out according to the production arrangement, and the ultrasonic frequency can be selected from common frequencies.

I. New Energy and Automobile Industry

Cleaning Difficulties: Components of new energy vehicles, such as lithium battery shells, have high requirements for cleanliness. Oil stains and machining chips may affect the performance and safety of the battery; components like automobile engines have complex structures, and oil stains and machining chips are prone to hiding in gaps and dead corners.

· Cleaning Suggestions: For lithium battery shells, etc., low-frequency (such as 28kHz) ultrasonic cleaning can be used to remove oil stains and machining chips, followed by pure water rinsing and finally drying to ensure no water stains remain; for components like automobile engines, high-pressure spray rinsing can be used first to remove large machining chips and oil stains, and then high-frequency (such as 40kHz) ultrasonic cleaning can be used for fine parts, and finally drying. If necessary, special cleaning agents can be used for special stains such as polishing wax.

Rolling - type ultrasonic cleaning machine

Working Principle

The drum - type ultrasonic cleaning equipment is mainly composed of a drum, an ultrasonic cleaning tank, a transmission system, a control system and other parts. During operation, workpieces are placed on the drum. The transmission system drives the drum to rotate, making the workpieces continuously tumble in the ultrasonic cleaning tank, thus achieving all - round cleaning.

Technical Features

· High - efficiency cleaning: The combination of the drum's rotation and the ultrasonic cavitation effect can clean workpieces in all directions, with remarkable cleaning effects.

· High degree of automation: The equipment adopts an automated control system, which can realize automatic feeding, cleaning, discharging and other operations, reducing manual intervention and improving production efficiency.

· Wide application range: It is suitable for the cleaning of workpieces of various shapes and sizes. Especially for small parts and workpieces with complex shapes, it has good cleaning effects.

· Energy - saving and environmentally friendly: The use of environmentally friendly cleaning agents and energy - saving ultrasonic generators reduces environmental pollution and energy consumption.