Ultrasonic Technology News Blog

Many manufacturing facilities have processes that require the cleaning of a wide variety of parts and devices. Traditional cleaning methods involve harsh chemicals and mechanical scrubbing, but environmental regulations make such processes less attractive. Parts that have complex shapes and crevices are hard to clean and traditional cleaning can be time-consuming. The use of industrial […]

The development of ultrasonic cleaning systems has been driven by the need to reduce the use of harsh cleaning chemicals for environmental reasons and the desire for rapid cleaning action tailored to the cleaning application. As leader among Ultrasonic cleaner manufacturers, Kaijo provides innovative, easy to use systems that clean a wide variety of manufactured […]

Managers and process engineers at industrial facilities can use ultrasonic cleaning solutions to reduce the use of chemicals and improve cleaning performance. While turnkey solutions that include ultrasonic generators, transducer and tanks are available, specific industrial cleaning applications often require a more flexible solution.  A portable immersible ultrasonic transducer is ideal for meeting these kinds […]

Industrial cleaning of machine parts, tools and components has traditionally meant cleaning with strong chemicals, blasting with streams of water and mechanical scrubbing. These techniques all have their drawbacks with regard to effective cleaning and they harm the environment by using large amounts of water with chemical runoff. Ultrasonic waves clean faster, better and need […]

Industrial manufacturing facility managers and business owners are finding that ultrasonic cleaning systems offer significant advantages over traditional chemical-based cleaning methods. Ultrasonic systems provide significant operational cost savings because they don’t require the use of chemicals and the costs of compliance with environmental regulations. Ultrasonic systems clean faster and more effectively and can clean the […]

Ultrasonic cleaning is an effective alternative to cleaning parts and components using chemicals, agitation and scrubbing. The bubbles produced by an ultrasonic generator can clean stains and contaminants with robust cleaning action at low ultrasonic frequencies while high frequency cleaning can remove microscopic particles with gentle cleaning action. Ultrasonic cleaning is fast, cost effective and […]

Ultrasonic cleaning systems are made up of ultrasonic transducers, generators, and cleaning tanks. The transducers are submerged in the cleaning solution and take the electric signal from the generator to produce the cleaning action. As the electric ultrasonic frequency signal rises and falls, the transducer vibrates and generates compression waves in the cleaning solution. These […]

Ultrasonic cleaners work by generating ultrasonic acoustic waves into a cleaning solution. During the expansion phase of the wave, the low pressure results in cavitation bubbles in the liquid while the subsequent compression phase collapses the bubbles suddenly. This bubble action removes impurities and contamination from surfaces to be cleaned. Ultrasonic parts cleaners are fast […]

Industrial cleaning systems that utilize ultrasonic technology can clean a variety of objects and parts without aggressive chemicals or rough scrubbing. Ultrasonic tanks hold the cleaning solution and the part to be cleaned. The tank mounted transducers generate the ultrasonic signal. Ultrasonic cleaning is especially suitable for objects such as ceramics, glass, optical devices, medical devices and […]

Ultrasonic cleaning generators produce an electrical signal that transducers change into ultrasonic waves in the cleaning liquid. The waves produce cavitation bubbles that appear and collapse in time with the frequency of the ultrasonic generator. The collapse of the bubbles results in a powerful scrubbing action that removes surface contaminants from the parts to be […]