A new study proposes describing ultrasonic reactors through statistical descriptors of the acoustic pressure field, which ...

Ultrasonic cleaners use high frequency sound waves to create bubbles within a bath, which expand and rapidly collapse. This cavitation creates a scrubbing action on the immersed parts for loosening ...

Ultrasonic cleaners enhance sterile processing by removing microscopic bioburden, ensuring safer medical instruments, reducing infection risks, and improving efficiency compared to manual cleaning ...

When sterile instruments look perfect but hidden soil remains, patient safety is at risk. In this in-depth ICT article, Marjorie Wall, EDBA, CRCST, CIS, CHL, CSSBB, explains why ultrasonic cleaning is ...

Although 3D printing technology has, in one way or another, found a way to conquer the production of many material goods, 3D printing industrial-quality composite materials is not the easiest process.

Building a bipolar-CMOS-DMOS (BCD) device is one challenge; maintaining the material consistency required for reliable high-volume manufacturing (HVM) is another. In fact, achieving consistent device ...

In an era where industrial automation discussions are often dominated by advanced sensing technologies and digital transformation initiatives, continuous ultrasonic level measurement continues to hold ...

Ultrasound in textile processing enhances dyeing by reducing energy time & chemical use through cavitation and mechanical effects. It improves dye uptake, dispersion & fabric penetration, especially ...

Despite the higher initial investment, the speed of ultrasonic welding as a joining process makes it an attractive process during automated production. During the process, ultrasonic vibrations ...