Ultrasonic Technology News Blog

In addition to delivering excellent cleaning performance, ultrasonic cleaners represent an environmentally friendly cleaning solution. Industries are increasingly expected to reduce the environmental footprint of their operations and switch to environmentally sustainable processes. As regulations tighten and critical materials become scarce, traditional cleaning methods are becoming more costly. Such methods often use raw materials and […]

Editor’s Note: This article was originally published in June 2018 and has been updated with additional information and reposted in July 2023. Technological advancements play a pivotal role in shaping every industry, from aerospace and automotive to healthcare and electronics. Ultrasonic cleaning technology stands out as an innovative approach that provides significant benefits across numerous […]

Aluminum parts are often difficult to clean quickly and completely because the metal is comparatively soft and aluminum is chemically reactive. Traditional cleaning methods, such as brushing and scraping, can damage the soft surface of aluminum parts. Soaking can dissolve some of the aluminum if the soaking solution contains chemicals that react with aluminum. Switching […]

With the right ultrasonic cleaner, contamination can be removed from all types of automotive parts. The ultrasonic systems work more quickly than traditional methods and deliver completely clean parts, even for difficult cleaning applications. The manufacturing, repair, and restoration processes become more efficient, increasing output quality. Switching to ultrasonic cleaning reduces costs and improves overall […]

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 […]

Ultrasonic cleaning is an effective and efficient method for cleaning aluminum parts and components. However, like any cleaning process, ultrasonic cleaning can encounter issues affecting its performance. This article provides tips and strategies for troubleshooting ultrasonic cleaning for aluminum parts and components, including identifying and resolving common problems to ensure safe and effective cleaning. Using […]

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 […]

When single components need high-precision cleaning, Kaijo’s new Mega Puck Flow silicon wafer cleaning system represents an ideal solution. Silicon wafers, hard disk drive platters, and flat panel display glass are fragile, but films or contaminating particles often have to be removed from their surfaces. The Mega Puck Flow System delivers precise megasonic cleaning while […]