KOLLMORGEN S21260-SRS Servo Drives

The KOLLMORGEN S21260 - SRS Servo Drives is a compact, high-performance brushless servo drive specifically designed for industrial applications. As a member of the powerful S200 Series, it plays a pivotal role in industrial automation, delivering exceptional performance particularly in sectors such as medical care, semiconductor manufacturing, packaging, and electronic assembly. This drive integrates seamlessly with KOLLMORGEN servo motors to form a comprehensive and efficient servo control system, providing solid guarantees for the precise operation of industrial equipment.

Equipped with user-friendly graphical user interface (GUI) software, users can easily complete operations such as drive parameter configuration, operating status monitoring, and fault diagnosis without complex professional knowledge. The interface is designed to be concise and intuitive, greatly shortening engineering commissioning time and post-maintenance support time, and reducing the total cost of ownership.

• In medical equipment manufacturing, it is used to drive high-precision diagnostic equipment (e.g., rotating components of CT scanners, precision positioning mechanisms of MRI equipment), ensuring stable equipment operation and accurate imaging to provide reliable support for medical diagnosis.

• In surgical robots, it precisely controls the motion trajectory of robotic arms, enabling minimally invasive and accurate surgical operations, reducing surgical risks and improving surgical success rates.

• In the wafer processing process, it precisely controls the movement of wafer transfer equipment, ensuring fast and accurate transfer of wafers between different processes and improving production efficiency.

• In chip testing equipment, it realizes high-precision positioning and rapid scanning of test probes, enhancing the accuracy and efficiency of chip testing and meeting the high-precision and high-speed production requirements of the semiconductor industry.

• In high-speed packaging production lines, it controls various movements of packaging machinery (e.g., material filling, sealing, labeling), ensuring precise synchronization of packaging actions, achieving efficient and stable packaging operations, improving packaging quality and production speed, and reducing waste rates.

• In electronic component placement equipment, it accurately controls the movement of placement machine nozzles, enabling high-speed and precise placement of tiny electronic components, improving the efficiency and quality of electronic assembly.

• In welding robots, it precisely controls the motion trajectory of welding torches, ensuring accurate solder joint positions and reliable welding quality, meeting the strict requirements for precision assembly in the electronics industry.