Product Description:

The voice coil motor modules are used in closed-loop servo applications with short strokes. They have a light moving mass and fast response speed (millisecond level, with acceleration up to 20G). The base is precision-machined from aviation aluminum, ensuring good stability and enabling high-speed oscillating reciprocating motion. They are easy and reliable to control, requiring no reversing device, maintenance-free, and long-lasting. They can perform precise position, speed, acceleration, and thrust control. With appropriate encoders and guides configured, position accuracy can reach 0.1-5um. Suitable drivers and controllers can be selected based on different motion and thrust requirements. The platform structure can be machined and customized.
The versatility of voice coil motor modules makes them highly suitable for use in multiple industries such as electronics manufacturing, automotive, and medical fields.

In the electronics manufacturing industry, voice coil motor modules can address the needs of micro-component assembly, high-precision inspection, and high-speed production. They are also key to achieving precise manufacturing of electronic devices, such as chip packaging, sensors, and PCB boards.

In the assembly of micro-sensors, connectors, and other components, voice coil motor modules drive pressing mechanisms to provide constant and controllable thrust (thrust accuracy ±2%), completing processes such as pin crimping and housing encapsulation. This avoids damage to components caused by thrust fluctuations from traditional motors, making them suitable for the production of miniaturized electronic devices such as mobile phones and wearable devices.

Features:

• Product Name: Motor Modules,Direct-drive motor module,Voice Coil Motor Module Platform
• Speed(RPM): High speed
• Voltage: 63.4V
• Peak force(N): 87
• Model Number: VCAR0087-0563-00A
• Construction: Permanent Magnet

Technical Parameters:

Applications:

The core applications of voice coil motor modules are centered around motion control requirements for high precision, high responsiveness, and short stroke, covering multiple high-precision industries such as medical care, electronic manufacturing, 3D printing, and optics.