Advanced AC Motor Drive Solutions for Industrial Applications

Shihlin Electric's AC Motor Drives are engineered for energy efficiency, precise motor control, and enhanced production performance across diverse industrial sectors.

Shihlin AC Motor Drives

Shihlin AC Motor Drives are designed for energy saving, motor control and improvement of production performance. With continuous research and development, our 3rd generation AC Drives are capable of controlling speed, torque, position and tension for both induction and permanent magnet motors.


Our Recommendation

Shihlin Electrics AC drives and servo systems are specially designed for industrial applications, precise motor control and energy efficiency.

How can we reduce energy consumption while maintaining precise tension control in our slitting and spinning operations?

Shihlin Electric's SA3 Series AC Motor Drives with closed-loop vector control technology deliver precise tension and speed management for textile applications including slitting machines and nylon spinning equipment. Our proven solutions have been successfully deployed in demanding textile production environments, enabling significant energy savings while maintaining the tight control tolerances your operations require. Contact our technical team to discuss how our drives can optimize your textile machinery performance.

Our AC Motor Drives deliver measurable improvements in production performance and operational efficiency through intelligent motor control strategies. Whether your facility requires closed-loop vector control for slitting machines, VF control for fans and pumps, or specialized torque control for paper winding and dyeing operations, Shihlin Electric provides customized drive solutions that reduce energy costs while maintaining consistent output quality. With global distribution networks and multilingual technical support, Shihlin Electric ensures that your facility receives expert installation, commissioning, and ongoing technical assistance to maximize drive performance and reliability throughout the equipment lifecycle.