In this paper a comprehensive review of recent studies on the ultrasonic piezoelectric motors
is presented. The authors focus on research articles published in the last five years mostly …

Piezoelectric actuators are emerging as a promising technology with their potential to deliver
a system with high specific power, accuracy, quick response and resolution. Over the years …

To accomplish fast movement and high positioning capability, a miniature self-moving
piezoelectric actuator (MSPA) is developed with two groups of polyphenylene sulfide (PPS) …

Aiming at the realization of high precision angle adjusting, this article proposed a rotary
platform based on stick-slip principle, which adopted a dual-driven working mode to realize …

The piezoelectric inertial linear motor (PILM) has great application potential in cell
manipulation, location of artificial neural electrode, and other micro-operation fields for its …

Piezoelectric actuators (PEAs) are widely used in ultra-precision detection platforms where
nano-precision and non-magnetic features are required. With the development of the …

A dual-stator piezoelectric motor that can work in resonant and quasi-static states is
proposed in this study to achieve high speed and high resolution cross-scale output. Two …

Multi-motor configuration of multi-DOF (degree of freedom) optical system is a major source
of redundant structure, putting a limitation on the simple and miniaturized design. Thus, a …

The converse wiring method of piezoelectric inertial actuator (PIA) based on asymmetrically
clamping principle is used to overcome backward motion phenomenon, which is essential …

Output characteristics of the stick-slip piezoelectric actuators are intrinsically affected by the
contact force between the driving foot and the mover. Therefore, it would be quite …