The use of ultrasonic cleaning machine

1. Overview:

The sound wave effect within a certain frequency range can clean workpieces in liquid media. Since its inception, this cleaning skill has received widespread attention from various industries. The application of ultrasonic cleaning greatly improves the power and cleaning effect of the operation. In the past, cleaning blind spots, blind holes, and difficult to reach dirt and grime has always left people feeling confused. The development and application of ultrasonic cleaning have made this operation easily accessible. In recent years, with the rapid development of electronic technology, ultrasonic cleaning has become inseparable from our daily operations. Ultrasonic cleaning machines have undergone several generations of evolution, with increasingly advanced skills and significant effects. Similarly, their prices are becoming more and more accepted by society, and they are gradually being widely used in various industries.

Ultrasonic waves are conducted in liquids at 46000 oscillations per second. As ultrasonic waves are a type of compressed longitudinal wave, the pressure in the liquid will be altered by the use of a propulsion medium, resulting in countless tiny vacuum bubbles and creating a cavitation effect. When the bubbles are compressed and burst, a strong impact force will be generated. In addition, ultrasonic waves also have an emulsifying and neutralizing effect, which can effectively prevent the cleaned oil stains from reattaching to the cleaned object from the beginning.

2. Scope of use:

Among all cleaning methods, ultrasonic cleaning is a type of power and effectiveness. The reason why ultrasonic cleaning can achieve such results is closely related to its unique working principle and cleaning method. We know that in production and daily life, there are many things that need to be cleaned, and there are also many types and processes that need to be cleaned, such as eradicating pollutants from objects, dredging fine holes, and common manual cleaning methods that cannot meet the requirements for irregular objects and hidden parts of objects. Even steam cleaning and high-pressure water jet cleaning cannot meet the high cleanliness requirements. Ultrasonic cleaning can also kill bacteria, dissolve organic pollutants, and avoid excessive corrosion on objects. Therefore, ultrasonic cleaning is increasingly widely used in various industries:

(1) Mechanical work: removal of rust proof grease; Cleaning of measuring tools; Oil and rust removal of mechanical components; Cleaning of engines, carburetors, and automotive parts; Cleaning and unclogging of filters and screens.

(2) Surface treatment work: degreasing and rust removal before electroplating; Cleaning before ion plating; Phosphating treatment; Eliminate carbon deposits; Eliminate oxide skin; Eliminate polishing paste; Surface activation treatment of metal workpieces, etc.

(3) Instrumentation work: cleaning of precision parts with high cleanliness before assembly.

(4) Electronic work: removing rosin and solder spots from printed circuit boards; Cleaning of mechanical and electronic components such as high-voltage contacts.

(5) Medical work: cleaning, disinfection, sterilization of medical equipment, cleaning of laboratory vessels, etc.

(6) Semiconductor work: High definition cleanliness cleaning of semiconductor chips.

(7) Wall clock head and decoration work: eliminate oil sludge, dust, oxide layer, polishing paste, etc.

(8) Chemical and biological work: cleaning and descaling of experimental vessels.

(9) Optical work: degreasing, sweating, cleaning, etc. of optical equipment.

(10) Textile printing and dyeing work: cleaning textile spindles, spinnerets, etc.

(11) Petrochemical work: cleaning and dredging of metal filters, cleaning of chemical containers and exchangers, etc.

Article source: Kaiping ultrasonic cleaning machine http://www.kpzfcsb.com/