Overview

The CPSG Series redefines motion control by integrating the motor, driver, and actuator into a single, high-rigidity footprint, eliminating the need for dedicated control cabinet space. Engineered as the ultimate electric replacement for pneumatic cylinders, it provides seamless multi-point positioning without the inconsistencies or infrastructure costs of air pressure systems. By drastically reducing wiring complexity and arriving factory-pre-tuned, the CPSG guarantees rapid deployment and an immediate return on investment for space-constrained, high-precision automation.

Key Benefits

• Integrated Electronics Architecture: Combines the servo motor and drive directly within the actuator housing to free up cabinet space and streamline overall machine footprint.
• Reduced Wiring & Rapid Deployment: Eliminates complex cable routing between external drivers and motors, leveraging factory pre-tuning to ensure out-of-the-box stability without tedious parameter calibration.
• Precision Multi-Point Control: Delivers reliable ±0.02 mm repeatability across dynamic motion profiles, far exceeding the accuracy and flexibility limitations of traditional pneumatic systems.
• High-Rigidity Guidance: Features a built-in linear guideway engineered to manage off-center loads, maintaining trajectory stability for horizontal payloads up to 15kg at speeds up to 800 mm/s.
• Energy-Efficient Operation: Purely electric actuation eliminates the continuous power drain and maintenance overhead associated with industrial compressed air networks.

Target Applications

• Medical Automation & Lab Testing: Delivers precise, programmable strokes for liquid handling and diagnostics where pneumatic exhaust and airborne contaminants are unacceptable.
• Electronics Assembly: Facilitates high-speed, multi-point component transfer and inspection within highly space-constrained manufacturing workcells.
• Green Manufacturing: Provides an energy-efficient alternative that aligns with sustainable production initiatives by eliminating air leaks and compressor energy loss.