Operating an ultrasonic cleaner is a broad subject covering more than just turning the unit on and proceeding with a cleaning cycle. Important safety practices apply to any size ultrasonic cleaner including the ultrasonic bath where cleaning takes place. Safety begins upon receipt of your ultrasonic cleaner by, of all things , reading the operators manual to become totally familiar with all phases of the cleaning equipment and its operation. By doing so you are on the way to ensuring a smooth-running experience with one of the most effective ways to remove contaminants from virtually any prod ..read more

Ultrasonic cleaning is accepted as an excellent method to remove contaminants from all kinds of surfaces. Ultrasonic cleaning works in automotive service bays, aircraft engine maintenance facilities, hospitals, medical and dental offices and other applications featured in our  blog posts. Here you'll learn how ultrasonic cleaning works and find tips on selecting equipment meeting your requirements. How does Ultrasonic Cleaning Work? "Ultrasonic" is defined as a sound frequency above the range of human hearing -- limited at about 20,000 cycles per second or 20 kilohertz (KHz). These equat ..read more

Folks in winter climes make significant investments in snow blowers for work and snowmobiles for play. Work and play won’t happen when your winter power equipment fails to function due to a dirty carburetor. This is why homeowners and winter sport enthusiasts – and small engine repair services – depend on an ultrasonic carburetor cleaning kit to maintain winter power equipment. The Winter Power Equipment Market According to a report in Global Newswire the global snowmobile market size is estimated to be worth US$ 1498.7 million in 2022 and is forecast to a readjusted size of US$ 1778.1 millio ..read more

Cleaning then reloading once-fired brass cartridge casings can save shooting enthusiasts, rifle ranges, hunting clubs and law enforcement training centers a lot of money. While there are many approaches to clean brass cartridge casings, professionals rely on an ultrasonic cleaner for the job. Nothing beats ultrasonic cavitation for speed and thoroughness in removing powder and firing chamber residues, oxides and other contaminants on interior and exterior brass shell casings. Ultrasonic cleaning once-fired brass has an advantage over using stainless steel media with dish soap and citric acid ..read more

Cleaning parts, whether new or refurbished, can represent a significant amount of time and, without the proper equipment, can be quite unpleasant. That's why savvy mechanics, hobbyists, manufacturers, restoration specialists and others dealing with dirt of most any type rely on an ultrasonic parts cleaner for fast, damage-free results. This post describes why ultrasonic energy is the preferred means of removing all types of contaminants from any item that can be safely immersed in an aqueous, biodegradable ultrasonic cleaning solution. Then it provides examples of where folks like you are usi ..read more

Fine mesh lab sieves can trap particles that unless removed will contaminate future analyses. Manual screen cleaning using brushes can damage test sieves - a risk that is avoided when you use specially designed ultrasonic cleaning equipment designed for lab sieves. Moreover, as described in this post, ultrasonic sieve cleaning equipment finds wider application in pharmaceutical and food research labs. How to Clean Single Test Sieves with the Elmasonic S50R Our first approach to cleaning lab sieves is S50R ultrasonic sieve cleaner offered by iUltrasonic. The S50R features a round cleaning tank ..read more

Cleaning then reloading once-fired brass cartridge casings can save shooting enthusiasts, rifle ranges, hunting clubs and law enforcement training centers a lot of money. While there are many approaches to clean brass cartridge casings, professionals rely on an ultrasonic cleaner for the job. Nothing beats ultrasonic cavitation for speed and thoroughness in removing powder and firing chamber residues, oxides and other contaminants on interior and exterior brass shell casings. Ultrasonic cleaning once-fired brass has an advantage over using stainless steel media with dish soap and citric acid ..read more

Avid golfers, pro shop staff and golf club rental services know that clean golf clubs improve scores on the fairway. Searching "how to clean golf clubs" invariably calls for buckets or sinks, soaps, brushes and time-consuming soaking then manually scrubbing club heads one at a time. That's why cleaning multiple irons simultaneously in a benchtop ultrasonic cleaner makes good sense - both in terms of speed and superior cleaning results. How Ultrasonic Energy Cleans Golf Clubs Ultrasonic energy has been employed since the 1950s as a means of removing soils and other contaminants from nearl ..read more

As reported in a Gili's Automotive post, "carburetors, unlike fuel injection systems, are relatively straightforward when it comes to repairing them. Fuel injection requires sophisticated computers, but carburetors require only a screwdriver and a willingness to get one’s hands dirty….While carburetors may not have a life in new vehicles today, chances are good that they’ll still be used for many years to come." This post describes why an ultrasonic cleaner is your best carburetor cleaner. How Ultrasonic Carburetor Cleaners Work Ultrasonic cleaners are used in a wide range of applicatio ..read more

Uniform sonication - that is unimpeded sound distribution in an ultrasonic cleaner - is a desirable feature when processing lab samples and cleaning medical and surgical instruments. Uniform, or homogenous sonication means that lab samples or instruments processed or cleaned in the unit receive the same ultrasonic energy during the cycle regardless of their position in the bath. It is a key feature of the new multifunctional Elmasonic P30SE unit available from iUltrasonic. How Uniform Sonication is Achieved Researchers at Elma Ultrasonics found that drain ducts found on most benchtop ultr ..read more