What is ultrasonic cleaning?

Ultrasonic cleaning is a cleaning method that uses an ultrasonic device or a sonicator to clean fine objects or items with complex parts. The ultrasonic device uses a special cleaning solution and high -frequency sound waves to clean objects. Ultrasonic ranges from about 20 to 400 kHz, but most industrial cleaners work between about 40 and 80 kHz. Ultrasonic cleaning is used in various industries and can be used on many materials and subjects of various sizes and shapes.

Medical, pharmaceutical, engineering, automobile, printing, sports, marine and electric industries benefit from ultrasound cleaning procedures. This type of cleaning also uses disk units engineering and even weapons industry. Items that are commonly cleaned using ultrasound include watches, coins, fountain pens, jewelry, lenses and related optical parts, dental and surgical tools and industrial and electronic equipment. Ultrasonic cleaning of regulationsIt can be used in a watch store, jewelry workstation or electronic repair to clean items and remove residues.

Cleaning can be very complex, so the use of ultrasonic cleaning can reduce or eliminate the need for rough cleaning agents. Choosing a suitable water cleaning solution to clean the item can achieve comparable or better results than harsh chemicals. Selected solutions play an important role in cleaning, as different solutions are suitable for certain items and ultrasound itself will not successfully clean this item. Cleaning solutions are used at warm temperature, somewhere between 122 and 149 degrees Fahrenheit (between 50 and 65 degrees Celsius).

For cleaning the object by means of ultrasound, users must first select a suitable solution depending on the cleaning of the object. Then the solution must be placed inside the device together with the item. High -frequency sound waves thenThey begin to handle the solution and the cavitation bubbles will rise due to movement. This process allows the solution to achieve fine cracks, blind holes and other hard -to -reach corners of the object. As a result, dirt, dust, oil, fat, pigments, soot wax and more can be removed from the building effortlessly.

Ultrasonic cleaning can be used on objects of different sizes, shapes and compositions. Aluminum, stainless steel and soft steel, brass, copper, wood, alloys, rubber, plastic and fabric can be placed in an ultrasonic cleaning device. In addition, this type of cleaning does not require tiring dissemination or re -assembling parts. Objects can be easily placed in the device and loaded as whole pieces. If the object is particularly contaminated or requires more cleaning attention, higher frequencies can be used because they produce better cleaning.