The SUPT shaft-type voice coil motor, model VCAB0015-0127-00A, features high precision and is specifically designed for semiconductor wafer probe testing, precision height positioning, and automated test equipment applications.
This linear voice coil motor features a built-in motion shaft design and incorporates precision linear bearings, providing exceptional guidance accuracy and smooth operation. The motion shaft is made of lightweight, high-rigidity, and wear-resistant materials, ensuring stable performance.
In semiconductor probe testing applications, maintaining a stable contact force is critical to preventing damage to precision bonding pads or probe tips. The direct-drive design of this voice coil motor achieves micrometer-level repeatable positioning accuracy, which directly contributes to improving test yield and reducing false-positive rates.
Compared to traditional stepper motor or servo-driven lead screw platforms, the VCAB0015-0127-00A offers superior dynamic performance, zero mechanical backlash, and lower friction loss. Its high-frequency response capability meets the rapid cycling demands of high-throughput test applications, while its low-power design reduces heat generation that could otherwise compromise the thermal stability of precision measurement systems.
This linear voice coil motor is also suitable for Z-axis positioning in chip placement systems, precision dispensing heads, and automated optical inspection (AOI) platforms that require fast, precise vertical motion. Its compact size and simple mechanical interface make it an ideal plug-and-play solution for upgrading existing pneumatic or leadscrew-driven axes to high-performance electric drives.
