Ultrasonic Technology News Blog

Ultrasonic cleaning systems are often a part of processes used in the manufacture of medical instruments, devices and implants. The method is employed in the everyday use of medical equipment, as well. One reason ultrasonic cleaning is often required is that medical equipment often includes delicate, high-precision designs which contain complex surface geometries. Conventional cleaning […]

Hospitals, medical research centers and facilities are increasingly using industrial ultrasonic cleaners on 3D printed models of organs or body parts to create prosthetics. Organ models for a particular patient can help determine the best way to proceed with surgery and may help with accurate diagnosis. Both models and prosthetics are used in educational programs […]

Ultrasonic cleaning systems can remove a wide variety of contaminants from the surfaces of parts to be cleaned, but specific material types can be removed more quickly and completely with additional measures. Oil-based dirt, grease and organic compounds can take the form of hard deposits that are difficult for the cavitation bubbles of the ultrasonic […]

Conventional degreasing and other cleaning processes involving the use of pressure cleaning, solvent and abrasives are on their way out in many industries. The change has come about for a number of reasons. The movement of industry towards green processes is one reason — solvents are often toxic to the environment. New environmental regulations being […]

The large compressors that utility companies use to move natural gas through pipelines and into storage need extensive maintenance. Both the compressors themselves and the engines that drive them require regular cleaning of parts such as valves, rings, sensors and actuators. Unwanted deposits have to be dissolved, grease and grime have to be cleaned off […]

Coatings of grime, grease and sludge are only some of the stubborn contaminants that industries everywhere struggle with. The conventional approach to the cleaning and maintenance of equipment has always been environmentally hazardous, involved harsh chemicals, difficult protective equipment for workers, and costly compliance procedures. Few alternatives have proven viable. Ultrasonic cleaning technology today, however, […]

408 Fuel injectors may suffer from deposits to such an extent that they have to be removed from the engine and cleaned manually. Traditional methods involve soaking in harsh solvents, forcing solvents through the injector at high pressure and removing deposits manually. These methods often don’t result in complete removal of the deposits and they may […]

From delicate medical equipment to machine parts, there is very little in the world of industrial cleaning where ultrasonic cleaners do not excel, often leaving conventional cleaning methods behind. Making use of sonic waves at frequencies as high as 400 kHz to create and implode millions of bubbles on surfaces that need work, ultrasonic cleaning forms microscopic […]

Ultrasonic parts cleaners use ultrasonic frequency generators and transducers to create tiny bubbles in water or a mild detergent solution. The bubbles produce a microscopic scrubbing action that is highly effective in removing surface contaminants from solid metal surfaces such as brass and stainless steel. Traditional cleaning methods using harsh chemicals and mechanical scrubbing are […]

The aerospace industry manufactures high-precision parts as well as repairing and maintaining complex engines and machinery. Production parts and parts from maintenance and repair operations are often contaminated by dirt, grease, oil or other lubricants deriving from normal operation or from production processes. Traditionally these parts have been cleaned manually by scrubbing or washing with […]