In the early days of the World Wide Web, many people forecasted the vast reduction, or complete elimination, of paper from daily office chores. If anything, the needs for printing out web pages, database tables and reports have grown with the expansion of the Web into everyday life. As such, the requirements on both home and office printers have also expanded, leading to downtime for printers due to dirt and clogs. One method that printer users have employed to keep their printers running is the use of ultrasonic cleaners.

Over the past several years, ultrasonic cleaning machines have become a staple of laboratories, machine shops and factories. In many medical offices, ultrasonic cleaners have taken the place of manual cleaning tasks for cleaning delicate surgical equipment. Ultrasonic cleaners are also much safer for lab workers, as they prevent the possibility of inadvertent cuts or bloodborne contamination that may occur when the workers clean the instruments manually. 

The use of ultrasonic cleaning machines has shown several benefits over conventional cleaning methods. Advances in ultrasonic technology have enabled the development of innovations that make these cleaners less expensive, more effective and more energy-efficient than many of the tools previously used for specialty cleaning tasks. The advantages that these cleaners offer have made a significant impact in numerous industries ranging from research laboratories to medical offices to machine shops.

An ultrasonic parts degreaser cleans more effectively than other types of industrial cleaning equipment. Cavitation, the collapse of millions of tiny bubbles created by ultrasonic vibrations, releases high energy and enormous cleaning power. This power dislodges hard to remove insoluble contaminants and grease from the surface of parts and reaches the smallest blind holes, threads, cavities, and crevices which are normally inaccessible to other cleaning methods.

Ultrasonic cleaners play a key role in maintenance and refurbishing of a very broad range of tools, equipment, and mechanical parts. As profit margins become slimmer, maintenance and refurbishing of used equipment help to reduce costs and keep companies profitable. These savings, in turn, are passed on to their customers, who have to manage tighter budgets themselves.  

Branson ultrasonic cleaners feature a variety of different models for all kinds of applications whether in scientific, medical or dental laboratories, for the cleaning of glasses, watches, and jewelry, or for industrial applications like removing flux and other contaminants from electronics and grease and dirt from switches assemblies and gears.

Because new ultrasonic cleaning equipment, especially industrial-sized units, can be pricey acquiring a used unit might be a less expensive alternative. But is it worth it? What do you have to look for to make sure that you don’t spend the money on a unit that does not work well for your purpose or breaks down after only a few weeks of service?