Blackstone-NEY Ultrasonics is excited to welcome Anita Brkic to our team. Anita joins us as our newest Sales Manager, supporting the Glass and Optics market, as well as the Plating and Coatings market.
Anita comes to us with a Bachelor of Science in Chemistry from Penn State. Her experience is in chemical engineering processes includes Nitric and Citric acid...Read more
January 2023 – Cincinnati, OH
Blackstone-NEY Ultrasonics, a leading supplier of precision ultrasonic technologies, is pleased to announce the Company has leased a 21,000 ft/sq high bay facility in Falconer, NY.
The lease of the new building will increase manufacturing capacity and allow for efficient workflow on medium to large precision ultrasonic cleaning lines.
Eric Kenney, President of Blackstone-NEY Ultrasonics stated that “Our business has expanded considerably over the past few years, especially with engineered to application precision cleaning machinery. This move will Read more
Surface treatment applications require a clean substrate that is entirely free of contaminants. Not only does this help to provide a lasting metal finish, it also promotes product uniformity.
Proper cleaning and rinsing promote the best results in...Read more
Cleaning methods are as varied as the types of surfaces, substrates, and particles that exist. Not only is it important to consider all of these factors, it is necessary to think about how particles not only adhere to substrates, but also interact with and attach to each other. This is why there is no one-size-fits-all type of cleaning approach that works for every application.
The mechanics of cleaning involve the removal of either soluble or insoluble contaminants, or a combination of both. Ultrasonic cleaning is the preferred method for the removal of soluble contaminants and particles that are less than approximately 6mm in size.
Star Trek fans, and even those with only a passing familiarity with the enduring science fiction series, are aware of the many amazing gadgets and technologies featured on the show. Many of these devices have actually become reality since appearing fictionally in the 1970’s. Examples include communicators (cell phones), hypospray injections (jet injectors), tractor beams (optical tweezers), and phasers (stun guns). There are, in fact, enough of these marvels to comprise an entire...Read more
Manufacturers of medical components and assemblies are subject to an extremely high degree of scrutiny. Products used in this industry are critical by nature, and problems with defects or contamination can have life or death consequences. For this reason, medical manufacturers are under growing...Read more
The ultrasonic cleaning process uses a combination of ultrasound and water and/or parts cleaning solvent to clean a wide variety of component parts and assemblies. Ultrasonic cleaning is especially effective for delicate or complex parts.
During the ultrasonic cleaning process cavitation bubbles induced by high frequency sound waves...Read more
When comparing parts cleaning equipment, you will most likely be looking at a number of factors including the amount of power offered by each system. In the case of ultrasonic cleaning equipment...Read more
The central element of an ultrasonic cleaning system is the ultrasonic generator, the source that provides the electrical energy to the system's ultrasonic transducers. The job of ultrasonic generator is to receive and convert...Read more
Advanced technologies require an extremely high degree of component cleanliness. Ultrasonic technology has provided a highly effective solution to meeting precision cleaning needs. Cutting edge ultrasonic cleaning technologies are used in the most demanding OEM markets to remove sub-micron particles from components used in electronics, medical devices, and other critical applications.
Ultrasonic Waves
Understanding ultrasonic cleaning begins with looking at the science...Read more
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