How to Optimize Ultrasonic Cleaning Performance

Ultrasonic cleaners can deliver improved cleaning performance over other cleaning methods if the systems are properly optimized for the application. Ultrasonic cleaning system parameters such as frequency, power, and bath temperature need to be chosen to match the requirements of the cleaning application. The type of part to be cleaned and the nature of the […]

Ultrasonic cleaning is an efficient and effective technique that uses high-frequency sound waves to remove contaminants from objects. Understanding the science behind how the technology works will enable you to achieve optimal results in various commercial and industrial settings. The Basics of Ultrasonic Cleaning Ultrasonic cleaning uses high-frequency sound waves (typically between 20-200kHz) to effectively […]

When companies use ultrasonic cleaning for advanced manufacturing, they can reduce costs and improve overall facility performance. Manufacturers using advanced technologies to make complex parts can benefit by installing industrial ultrasonic cleaners. Products such as medical devices, electronics, automotive components and other parts requiring precision manufacturing often need high-performance cleaning solutions. Ultrasonic cleaning outperforms traditional […]

Careful maintenance is essential for keeping industrial machinery running smoothly and this includes systematically cleaning all the parts used in a process. As dirt, debris and industrial waste products build up on machines, their efficiency drops and running costs rise while increasing wear and tear shortens the equipment’s lifespan. Keeping machines as clean as possible […]

The maintenance of machinery, tools and components is essential in any industrial setting. This includes meeting high standards of cleanliness for every item. Traditional industrial cleaning methods often require harsh chemicals or strong detergents, usually with plenty of abrasive scrubbing effort. Both of which can turn routine cleaning into expensive and time-consuming activities. Ultrasonic industrial […]

When medical components are cleaned using ultrasonics, the ultrasonic frequency of the cleaning system needs to be chosen carefully. Using the right ultrasonic frequency depends on the materials that make up the medical device. Higher frequencies deliver gentle cleaning action for soft or coated materials, and low frequencies provide rapid removal of heavy contamination on […]

Most industrial parts and devices that contain glass can be safely and effectively cleaned using ultrasonic cleaners. Ultrasonic cleaning systems can clean glass and other hard surfaces quickly and thoroughly without using harsh chemicals. Glass parts and devices such as flat panels, lenses, viewing ports, test tubes, x-ray tubes, and various kinds of glass containers […]

While medical devices must be cleaned to high standards, many conventional cleaning methods can’t be used in a medical environment. Cleaning with aggressive chemicals is unacceptable, and high-power cleaning methods such as pressure washing are likewise unsuitable. New cleaning methods are needed for sophisticated modern devices that incorporate sensors, screens, probes, and optical fibers. In […]

Whether using ultrasonics is the best choice for cleaning plastic parts depends on the type of plastic and the nature of the contamination. Hard, dense plastics are easy to clean with ultrasonic cleaners, but choosing the right frequency and configuration is still important. Parts made from soft or light plastics need special measures for ultrasonic […]

While low ultrasonic frequencies are commonly used to clean metal surfaces, they can’t be used with aluminum parts. Aluminum is a relatively soft metal, and using low ultrasonic frequencies can result in surface pitting and damage to aluminum parts. Although using higher frequencies may mean the cleaning process is slower, additional measures can help speed […]