ROBOTICS

AC Servo Motors and Digital Servo Drives empower robotic systems with precision, speed, and intelligence. By enabling accurate multi-axis control, faster cycle time and flexible automation, servo systems play a critical role in advancing industrial robotics and smart manufacturing.

• High-precision positioning for robotic joints, end effectors, and tool paths.
• Synchronized multi-axis motion for coordinated robot arm movement
• Smooth acceleration and deceleration, reducing vibration and wear
• Fast response time, improving robot cycle time and productivity
• Consistent repeatability, ensuring uniform product quality

• High torque density in a compact form factor
• Low backlash for accurate positioning and repeatability
• High efficiency for energy-efficient robotic motion
• High torsional rigidity for smooth and stable operation
• Long service life under continuous duty cycles

High-precision reduction gearboxes enable micron-level accuracy in robotic systems with minimal backlash and high torsional rigidity. They convert motor speed into smooth, controlled motion while maintaining excellent accuracy and repeatability, even in dynamic multi-axis operations.

• Ultra-low backlash for precise robotic positioning
• High torque capacity in compact designs
• High stiffness for stable and vibration-free motion
• High efficiency for smooth, responsive movement
• Long operational life with minimal maintenance

Modern robots require coordinated, real-time control across multiple axes. PC-based motion controllers provide the computing power and flexibility needed to handle demanding robotic tasks with accuracy and reliability.

• Precise synchronized control of multiple robotic axes
• High-speed data processing for real-time motion execution
• Flexible software-based configuration and scalability
• Easy integration with servo drives, robots, and peripherals
• Supports advanced robotic algorithms and kinematics