Find out why ultrasonic energy as a cleaning technology is accepted by industry, R&D labs, service providers and private citizens as a fast, safe, environmentally friendly means of removing contaminants of most any type from any surface that can be safely wetted in an aqueous solution. Here you will learn how ultrasonic cleaners work.
Selecting the best ultrasonic parts cleaner depends on what you are cleaning and the contaminants being removed. Learn how ultrasonic cleaner tank volume, tank dimensions, operating features and cleaning solution formulas work together to help assure best results. Chances are you’re here because you tried other ways to remove grime, grease and other contaminants from […]
Using acetone solvent as an ultrasonic bath can deliver excellent results for sample preparation and precision cleaning. However, because acetone is a highly flammable, volatile solvent, it must be handled with extreme care. Improper use can create hazardous conditions that may lead to fire or explosion if vapors reach their flash point and ignite. This […]
As noted in a recent article in Infection Control Today, “Ultrasonic cleaning has proven to be highly beneficial in today’s medical system. Small and complex medical equipment, such as endoscopes and dental instruments, cannot be cleaned efficiently using traditional methods. Ultrasonic cleaning, due to its use of small but powerful jets, can reach small crevices […]
Industrial ultrasonic cleaners are defined by task, not size. To start with, the best industrial ultrasonic cleaners are employed for tough and often long-term cleaning cycles. These units may be required to continuously operate for hours and must be designed to meet rigorous operating conditions. As the user you define the task. Look for the best […]
Ultrasonic frequency is defined as sound waves above the range of hearing, nominally 20,000 cycles per second, or 20 kilohertz (KHz). The kHz designation – thousand cycles per second – derives from Heinrich Hertz (1857-1894), who discovered radio waves or radio frequency. Ultrasonic frequency (or frequencies) is a key criterion when purchasing an ultrasonic cleaner […]
Sonication baths are used to prepare samples in research and development, transforming analytes into measurable form. This can involve complex procedures that in many cases must avoid chemical degradation from heat or mechanically induced damage. For example, a sonicator may be used to extract an active pharmaceutical ingredient (API) from its carrier, or excipient, prior to […]
Spray guns are indispensable tools across numerous industries, from automotive refinishing and manufacturing to artistic applications. However, the very materials they apply – paints, coatings, adhesives – can become their biggest enemy when residues dry and clog critical components. A poorly maintained spray gun leads to uneven spray patterns, reduced efficiency, and ultimately, compromised results. […]
A benchtop ultrasonic cleaner proved superior to an automated microplate washer with integrated manifold tube cleaning. Rachel Kohn, Ph.D., Tovatech LLC, Plano, TX Biopharma labs routinely use microplates for cell-based assays, microsphere-based assays, and ELISA applications. Microplate washers are used to clean the plates. Manifold tube clogs are the most common source of failure on […]
Maintaining the safety and operational efficiency of aircraft engines is paramount in the aviation industry. For Aviation Maintenance Technicians (AMTs), Aircraft Maintenance, Repair, and Overhaul (MRO) organizations, and airline maintenance facilities, adhering to rigorous procedures outlined in aircraft engine maintenance manuals is non-negotiable. Ultrasonic technology has emerged as a critical tool in this sector, providing […]