In our discussion of ultrasonic cleaners, we now turn our attention to the effect that temperature has on ultrasonic cleaning. Cavitations produced in a liquid by high frequency – or ultrasonic – sound waves result in streams of liquids essentially “power washing” objects on a microscopic level. What role does temperature play in the process? […]
Ultrasonic Contents Restoration Assembly Line = High ROI
An assembly-line ultrasonic contents restoration processing system allows a staff of 3-4 technicians to increase production by 500%. Disaster restoration companies usually clean fire, smoke, and water damaged contents manually. The ultrasonic process does a more thorough job of cleaning. Contents restoration companies recover more contents for homeowners. Insurance companies save millions of dollars in […]
Ultrasonic Cleaning of Sensitive Metal Parts
Ultrasonic cleaning can be applied to a wide range of metals such as aluminum, stainless steel, and titanium to name a few. But what happens when those surfaces are highly sensitive metals and require specialized care? Because aluminum is such a soft metal, it is susceptible to the cavitation implosions that ultrasound cleaning produces. The […]
Industrial Ultrasonic Cleaning Test Lab = “CSI: Simi Valley”
In previous posts we’ve talked about finding the right balance between ultrasonic chemistry, frequency, time, and process to maximize industrial ultrasonic cleaning efficiency. To uncover how to optimize these elements, we use our state-of-the-art testing lab located in Simi Valley, California. We think of our testing lab sort of like a “CSI crime scene lab” […]
