What types of components are used for ultrasonic cleaning in the aeronautical industry? The types of components to be cleaned can be quite varied; the most common parts requiring ultrasonic maintenance are engines, turbines, hydraulic and pneumatic systems, brakes, landing gear, electronics, and aircraft manufacturing tools. Engine and turbine components Turbine blades and vanes Fuel injectors Injection valves and nozzles Housings and combustion chambers Exhaust systems These components often accumulate combustion residue, carbon, and oil, which impairs their performance and efficiency. Ultrasonic cleaning removes these impurities without damaging the surfaces or altering their geometry. Hydraulic and pneumatic systems Hydraulic valves and actuators Pumps and fluid lines Couplings and connectors Hydraulic and pneumatic systems require extreme cleanliness to prevent blockages and ensure proper fluid flow. Ultrasonic cavitation removes microscopic particles that could compromise their performance. Landing gear and brake systems Brake discs and pads Shock absorbers and cylinders Bearings and mechanical components Landing gears are exposed to dirt, grease, and environmental contaminants. Ultrasonic cleaning removes residue without the need for complex disassembly, optimizing maintenance. Instrumentation and electronic components Printed circuit boards (PCB) Sensors and transducers Electrical connectors and terminals Cleaning electronic components is essential to prevent failures due to contamination or

The aeronautical industry demands the highest standards of cleaning and maintenance to ensure the safety, efficiency, and durability of its components. In this context, ultrasonic cleaning technology has become an indispensable solution for the effective removal of contaminants from aircraft parts. Investing in ultrasonic cleaning machines not only optimizes processes but also offers significant long-term returns. How an ultrasonic cleaning machine for aircraft parts works Ultrasonic cleaning machines use high-frequency acoustic waves to generate acoustic cavitation in a liquid medium. This phenomenon involves the formation and collapse of microbubbles that uniformly and efficiently remove dirt, oil, carbon deposits, polymers, and other residues adhering to the surfaces of aircraft parts. If you’d like to learn more about how an ultrasonic cleaning machine works, you can read our blog post. This method is especially effective for critical aeronautical components such as turbines, heat exchangers, hydraulic systems, and structural parts, where conventional cleaning fails to remove embedded residues in complex geometries. Benefits of using ultrasonic cleaning machines for the aeronautical industry Greater cleaning precision Ultrasonic cleaning machines remove dirt from microcavities, internal ducts, and complex geometries without the need to disassemble parts, ensuring a thorough and uniform cleaning. Reduction of maintenance times By