Aerospace Parts Ultrasonic Cleaner With 3600W Ultrasonic Power And 9KW Heater

Why You Need whale cleen sonic Ultrasonic Cleaner For Aircraft Parts?

Even small traces of residue, grease, or grime on parts used to build and repair aircraft – from jets to rockets – can cause a catastrophic explosion. Therefore, these parts must be routinely and thoroughly cleaned to restore them to their original condition. However, precision cleaning and handling of these parts can become labor-intensive, lengthy, and quite costly.

With ultrasonic cleaning technologies, aircraft and rocket parts from small and lightweight to large and heavy are being cleaned in just minutes by using sound waves that gently remove particles and oily residues. This process restores the parts for flight and increases safety for the industry. In addition, handling time is reduced, allowing for significant savings for aerospace manufacturers and the firms providing ultrasonic cleaning services to them.

Outsourcing cleaning:

For many aerospace manufacturers, maintaining a clean room and staffing it with trained technicians is expensive – especially if they don’t have a large quantity of parts that require regular cleaning. In addition, technicians often lack the experience to properly clean parts and equipment, so many turn to precision cleaning companies to do it for them. Even large aerospace manufacturers may outsource the cleaning process to be assured parts are being cleaned and handled by experts.

How ultrasonic cleaning works:

Generators produce high frequency electricity that is then converted into sounds waves through a transducer, making the waves vibrate. As the waves travel through water, tiny vacuum bubbles form and repeatedly implode upon any surface they encounter, removing even microscopic dirt particles. These cavitation bubbles reach and clean grooves, cracks, and hidden crevices more effectively than alternative methods.

Ultrasonic cleaning technology does not require toxic chemicals or manual work, and many units use only water-based solutions.

Specification:

Customer's Feedback:

FAQ:

1. What is an Ultrasonic Transducer?

A transducer converts electrical energy at the ultrasonic frequency to mechanical motion–sound. It directs the sound energy into the cleaning tank.

2. What is Cavitation and Implosion?

The phenomenon of cavitation is unique in fluids. The cavitation bubbles implode, releasing high energy locally. This implosion is the heart of the ultrasonic process.