175L 6KW Heat Power Sonic Cleaning Machine For Aerospace Parts Cleaning

Why Do You Need Whale Cleen sonic Sonic Cleaning Machine For Aerospace Parts?

No matter how advanced the equipment or how involved the processes in your aerospace operation, it’s likely your largest expense is your workforce. Fewer workers will obviously mean less expense, but will that compromise safety or increase turnaround times to the point that your savings are a pyrrhic victory? The better option is to find efficiencies and increase what your current workforce can accomplish in a given amount of time

Ultrasonic cleaning technology is perfect for cutting the time spent on tasks, and therefore on the amount it will cost. Ultrasonic cleaning technology is the faster and safer cleaning method withoud hand scrubbing.

Detail Information Of Z-X48:

Cleaning Effect:

How It Works?

Simply put, ultrasonic sound waves are sound broadcast at a frequency beyond the normal range of human hearing. They are used for a variety of applications across industries, including medical imaging (think sonograms) and detecting flaws in manufacturing. At the higher end of their scale, these sound waves can also be used for cleaning. In most industrial ultrasonic cleaning, the frequencies used range between 20 and 50 KHz.

When ultrasonic waves move through a liquid and strike a hard surface, they produce millions of tiny bubbles, known as "cavitating bubbles"These microscopic bubbles produce momentary jets of intense energy when they collapse, directing that energy against the surface they are collapsing against. Repeated millions of times and with the assistance of detergent present in the surrounding liquid, these bubbles scrub away almost any type of grime from all surfaces of an object, no matter how intricate it may be. Furthermore, unlike with traditional brush and solvent methods, they generally do it without damaging the underlying object.

FAQ:

What is an Ultrasonic Generator?

The ultrasonic generator takes AC electrical energy from the power line and converts it to electrical energy alternating at the desired ultrasonic frequency. In addition, the ultrasonic generator may have complex circuitry which automatically tunes its output to the optimum operating frequency for the ultrasonic transducer.