The capability to fabricate piezoelectric ceramic elements. Piezoelectric elements can be made to undergo precise deformation when subjected to an electric current, which is useful for high-frequency vibration and precision movement applications. Conversely, piezoelectric elements can also be used to generate an electric charge when under stress, which is useful for power generation and sensors.
Etching involves chemically removing layers from the surface of a material, usually metal, during manufacturing. Etching is especially useful form creating features of micrometer scale or smaller on the desired surfaces, and is a critically important process during the fabrication of integrated circuits.
The ability to design and manufacture electronic circuits of high quality and efficiency for precise control systems and other applications.
Ultrasonic vibrations generated by piezoelectric modules controlled by specially designed circuits, which can be tuned to get the desired frequency or intensity. Ultrasound can be used to detect objects and measure distances non-destructively. Industrial applications for ultrasound include cleaning, mixing, accelerating chemical processes and creating aerosol.