Product Description:

The SUPTMOTION VCAZ Series Micro-Positioning Vibrating Voice Coil Actuators are specifically designed for ultra-precision motion control applications, suitable for scenarios such as precision motion platforms, optical alignment systems, and micro-positioning equipment. These applications demand both extremely high positioning accuracy and smooth, stable motion characteristics.
Vibrating voice coil actuators generate linear motion through electromagnetic force. By generating motion directly without mechanical transmission components, the system eliminates backlash and significantly reduces friction, enhancing efficiency and achieving maintenance-free operation.
This direct-drive design enables the actuator to achieve micrometer-level positioning accuracy and exceptional repeatability, which is critical for precision motion platforms and optical positioning equipment.
The VCAZ series vibrating coil actuators feature high dynamic response capability. Vibrating voice coil actuators accelerate rapidly and respond agilely to control signals, enabling high-speed positioning while maintaining precision in micro-positioning systems. Their compact structural design makes them particularly suitable for integration into small precision equipment with limited installation space.
SUPTMOTION's VCAZ series micro-positioning vibrating voice coil actuators are also widely used in precision optical systems, semiconductor inspection equipment, micro-assembly platforms, and advanced scientific instruments.

Features:

Stroke: 3 mm
Continuous Force: 4.2 N
Peak Force: 20N
Type:Vibration Voice Coil Actuator,micro positioning actuator,voice coil motor,precision motion stage actuator,linear voice coil actuator,optical alignment actuator,micro motion motor

Features:Ultra precise micro positioning,Smooth frictionless motion,High dynamic response,Compact actuator design

Product Parameters:

Applications:

1.Precision motion stages

2.Optical alignment systems

3.Semiconductor inspection equipment

4.Scientific instruments