The evolution of intelligent control systems is essentially a precision race centered on "sensing" and "actuation." As traditional electromagnetic actuators gradually reach their ceilings in response speed, positioning a···

At an altitude of 10,000 meters, every micron of displacement deviation on an aircraft can determine mission success or failure. On deep-space probes hundreds of millions of kilometers from Earth, every attitude adjustment must be flawless.···

As semiconductor processes advance toward 5nm nodes and below, equipment positioning accuracy requirements have transitioned from the "micron level" to the "sub-nanometer level." Conventional electromagnetic actuators, l···

When micron-level positioning becomes the "standard" for high-end manufacturing, and stable actuation under extreme conditions becomes the "non-negotiable requirement" for aerospace and deep-sea exploration, piezoelectri···

As a core member of the smart material family, piezoelectric ceramics, with their unique electromechanical energy conversion capability, have become the key to modern precision actuation and sensing technologies. At Guangdong Deci Technolog···