Ever heard of ultrasonic cleaning? If not, you are not alone but amazingly, ultrasonic cleaners have increased the efficiency of industrial cleaning for almost seven decades. Over time, this cleansing method has greatly improved, becoming more powerful and efficient. The industry continues to grow, and more and more businesses are discovering the benefits of this type of cleaning technology and enjoying its many benefits.
Industrial cleaners that use ultrasonic technology work by using high frequency sound waves to quickly remove contaminants from surfaces such as glass, metal, plastic, rubber and ceramics. The advantages of using this system include less power consumption and the ability to remove contaminants without rubbing. For more information about a Large Ultrasonic Cleaner, visit www.hilsonic.co.uk
Ultrasonic cleaners can remove small amounts of contamination, even when hidden deep in cracks, gaps and firmly attached to solid surfaces. This provides convenience because parts generally do not need to be disassembled before cleaning, saving time and effort. The ultrasonic method works well for removing things like bacteria, mould, carbon, fingerprints, rust, oil, soot, wax, lime scale, oil, algae and soil.
How does an ultrasonic cleaner work?
When the machine is operating, soft solvents are mixed with water in the chamber. Strong chemicals are not used because this will cause the solution to become too abrasive. The parts to be cleaned are put into a special mixture of cleaning solvent to give the right amount of friction but still soft and effective. Cleaners work quickly to remove contamination. Transducers do most of the work by converting electrical energy into ultrasonic energy. The high frequency sound waves produced affect the liquid in a process called cavitation where bubbles form. When the cavities collapse, they emit a very strong shock wave, up to 20 kHz and this is what attaches and pulls dirt from objects submerged in the cleaning compartment.
What are the benefits?
The best thing about ultrasonic cleaners is that they can be adjusted to meet individual needs. They can be designed in different ways to clean different parts, whether they are small or large. The solution used in the tank is proven to provide a thorough but gentle cleaning job on all types of objects. Tanks can be made in various sizes and dimensions depending on needs, most commonly coming in rectangular shapes and made of stainless steel.
A further benefit of ultrasonic cleaners is that they offer long-term cost savings. They can clean many items faster and more efficiently, which is useful for business operations such as medical facilities, restaurants and manufacturing industries. The cleaner is fully automatic, with only one person needed to load and unload the unit. The method of use is easy to learn, and many parts can be cleaned in one go, up to 20 parts in one cleaning.
