Stainless Steel Ultrasonic Engine Cleaner 88L Engine Block Ultrasonic Cleaner

3KW Heating Power 77L Ultrasonic Cleaning Engine Block Machine With Heater

How Whale Cleen Ultrasonic Cleaning Engine Block Machine Works?

Ultrasonics is electrical energy converted to sound beyond the range of human hearing. When ultrasonics is passed through a liquid it literally tears the liquid apart forming millions of tiny vacuum pockets known as cavitation bubbles. These bubbles implode at high pressures and temperatures (30,000psi and 50,000 degrees C) causing a scrubbing effect on any surface immersed in the liquid. The scrubbing action acts much more quickly and on a much finer scale than any other known means of scrubbing or scouring. Scrubbing with ultrasonics will also penetrate into blind holes and complex shapes (including surface pores in metals) which cannot be reached by other methods. The result? Automated, faster, more consistent cleaning in hard-to-reach areas. Ultrasonic cleaning can be used on a wide variety of materials including glass, plastic, ceramic, many metals and other non-metal materials.

Specification Of Z-X24:

If this model is not suitable for your cleaning,please contact us for more detail.

Cleaning Feedback From Customer:

What is ultrasonic cavitation?

As ultrasonic waves move through a liquid medium, they compress and release the molecules in the liquid. This results in millions of microscopic bubbles forming on the surface of the item being cleaned, and these bubbles are constantly forming and imploding. When they implode, the liquid rushing in to fill the space creates a powerful jet that slams into the surface of the part, dislodging contaminants. This creates a gentle and absolutely thorough scrubbing action that drives the ultrasonic cleaning process.

Cavitation reaches everywhere

The bubbles created by this cavitation will reach anywhere that the liquid medium does. No matter how complex the geometry of a part or how deep any crevices are, the microscopic bubbles will create cleaning jets on every spot on every surface.

Since cavitation is created by acoustic energy and acoustic energy propagates through metals, shadowing is not an issue. In other words, parts positioned next to each other are not a problem like with spray washers. Every surface that is immersed will be cleaned.

All of this means that you’ll not only know you’re hitting every surface, your employees won’t have to disassemble most parts in order to get them clean. You’ll also know that as long as the part was in the ultrasonic cleaner’s tank for the necessary amount of time—usually around three to five minutes—it will be completely clean. There’s virtually no room for human error in loading or inspection.