Digital ultrasonic cleaner is widely used in industry to clean parts quickly and effectively. The system outperforms traditional cleaning methods and reduces the use of chemicals and other consumables. Ultrasonic technology represents an advanced cleaning solution that removes contaminants from a variety of materials and can be adjusted to provide powerful or delicate cleaning actions. Therefore, the ultrasonic cleaning system is very suitable for cleaning instruments in the laboratory.
How does the digital ultrasonic cleaner clean the lab instrument?
The ultrasonic cleaning system consists of an ultrasonic generator, a transducer, and a cleaning tank or container. The generator generates an ultrasonic signal, and the transducer converts the signal into an ultrasonic wave in the cleaning fluid. The waves create tiny cavitation bubbles responsible for cleaning the solution. When ultrasonic waves pass through a liquid, they create bubbles between the compression peaks and collapse the bubbles within them. The creation and rupture of these tiny bubbles produce a strong scrubbing action that removes contaminants from the surfaces of laboratory instruments. Low frequencies produce larger bubbles and a stronger cleaning effect, while high frequencies produce smaller bubbles that clean precision instruments more gently. If you need to clean a variety of laboratory equipment, you can adjust the frequency of the ultrasound system to suit specific cleaning applications.
Advantages of ultrasonic cleaning
Ultrasonic cleaning is an advanced cleaning solution, fast, thorough cleaning, and environmental protection. Traditional mechanical and solvent cleaning is slow and often leaves residues. The treatment of non-biodegradable solvents may present difficulties and the cleaning process may damage precision instruments. Ultrasonic cleaning solves all these problems effectively.
Desktop turnkey systems are easy to use and are usually large enough for use in laboratories. The bubble action can be adjusted to remove contaminants and keep the surface of the instrument clean but unaffected. Ultrasound can clean strange shapes, holes, and hard-to-reach areas with ease because bubbles can penetrate any liquid. Industrial ultrasonic cleaning machines work in water, but they can be cleaned faster if a mild solvent is added. In either case, cleaning is faster than traditional methods.
Blue whale ultrasonic cleaning system
The ultrasonic cleaning machine developed by a blue whale is an economical and efficient solution for the universal cleaning of laboratory instruments. It operates at 26khz or 38khz and consists of an ultrasonic generator and a stainless steel tank with an integrated transducer. It is ideal for cleaning materials made of glass, porcelain, ceramics, plastics, and metals and can provide up to 1200W of power. The size of the box is about 14 x 18 inches and the height is about 6.5 inches. Available tanks are 14 to 22 inches long, 10 to 20 inches wide, and 18 inches high. Therefore, the device can be used for desktop or laboratory workbench.
In addition, there is a smaller but larger ultrasonic system, which can generate 26 kHz to 160 kHz at a variable power of 100 W. The tank is about a 6-inch cube, with an internal size of about 4 x 4 x 6 inches. This small volume and wide frequency are the ideal choices for various cleaning work, including a higher frequency clean, small, and exquisite laboratory. Instruments to achieve a gentle cleaning effect. The blue whale can provide a series of ultrasonic cleaning equipment according to different needs, which can help the laboratory choose a system or component that best meets its needs. It can provide users with cleaning solutions that facilitate and save time and improve cleaning performance.
