Why Ultrasonic Cleaning is the Preferred Cleaning Method Today

There is no doubt that there are more cleaning methods and processes in use today – but the cleaning methods don’t just involve soap and water any longer. There is chemical stripping, the use of heat (such as pyrolisis or thermal stripping), the use of powerful water jets, and ultrasonic cleaning. But none of these cleaning methods can realistically compare to ultrasonic cleaning. First of all, ultrasonic cleaning uses sound waves, and ultrasonic cleaning involves a gentle cleaning process that does away with strong and harsh chemicals. And as you may know, many industries have been using ultrasonic cleaning for many years – namely, the automotive industry, the medical device sector, the law enforcement sector, and many more. It is truly a gentle and effective cleaning method that is also easy on the environment! But why else is ultrasonic cleaning the preferred cleaning method today? Let’s find out. 

How the process works 

The process is an improvement on the cleaning processes in the past, primarily because it does away with the use of potent and toxic ingredients like ammonia, bleach, and other strong chemicals. An ultrasonic cleaner will instead emit vibrations of a low frequency, thus creating tiny bubbles that break up grime and dirt. The process is referred to as sonophoresis – the use of sound waves for transporting energy into a solution or material. Because of the process, many materials and components can be sterilised and cleaned without harming them or the environment. 

 Another fact that stands out about the ultrasonic cleaning process is its versatility. It is indeed more effective and useful than other cleaning methods because it reaches deep into a part and tackles dirt built up in the crevices, corners, and other places that are hard to reach. 

Their real benefits 

• Environmentally-friendly 

An ultrasonic cleaning and an industrial parts cleaning service like Sonic Solutions would be the first to tell you that ultrasonic cleaning is better for the environment, bar none. Not only are ultrasonic cleaners the best for the environment because they don’t use harsh or dangerous chemicals – they are also much preferred by many because they don’t release any harmful residue or fumes. No bacteria are released, either – which is why the medical industry uses ultrasonic cleaning for their equipment, tools, and other gadgets. 

You can decrease your carbon footprint using ultrasonic cleaning since you don’t need too much energy. 

• Gentle and precise

Another significant advantage of ultrasonic cleaning comes from the fact that it is a gentle and precise method of cleaning. That’s why the process has become popular in cleaning jewellery, for instance – and why medical tools such as scalpels are best placed in ultrasonic cleaners. In addition, the cleaning process is very thorough – it doesn’t just remove dirt on the surface; it removes dirt deep within a part or component. It tackles dirt, from grease and oil to grime, ink, and all other residues. 

Ultrasonic cleaners are also cheaper than other cleaning methods simply because you no longer need to use expensive cleaning products – it is done for you by the cleaner itself. It is so popular that you can even purchase your own ultrasonic cleaner for personal use in the home – but if you are looking for industrial-sized ultrasonic cleaners, there are plenty of those as well, and you can buy your own or benefit from a cleaning service. 

• Fast and truly effective 

One truly remarkable benefit that comes from the ultrasonic cleaning process is the fact that it is more effective than most other cleaning methods out there. Ultrasonic cleaning is effective in the way that it expedites and simplifies the outcome of the entire cleaning process. It removes carbon deposits, for example, and it removes residue or a buildup of grease and oil, metal components or particles, dirt, and plenty of other grime and debris. Because of this alone, ultrasonic cleaning is the preferred cleaning method in the aerospace, automotive, and energy sectors. These sectors know that there is no cleaning method that is as effective in large- or small-scale cleaning operations. And whether the part or component to be cleaned is oddly- or awkwardly-shaped, complicated, or has complex mechanical assemblies, ultrasonic cleaning will have no trouble cleaning the component or part in half the time it takes other cleaning methods. 

This is another aspect that makes ultrasonic cleaning advantageous for cleaning fabricated equipment and parts, especially those made from metal. In these applications, ultrasonic cleaning is known for removing debris and buildup from chemical parts, particularly in equipment that is often used for manufacturing. In addition to this, ultrasonic cleaning is very effective at removing debris from welded equipment.