Unlock the full potential of your robotic designs in our upcoming webinar. We'll explore critical factors in motor selection, reveal how to achieve seamless communication with feedback devices, and examine real-world case studies of optimized motion control systems, from collaborative surgical robots to humanoids. More info...

The exoskeleton market is at a tipping point. With an aging population, increases in chronic disease and no end in sight for serious labor shortages, exoskeletons offer tremendous potential. But how will engineers achieve the delicate balance of performance, safety and comfort? More info...

The Essentials of Motion Control self-paced class, allows you to follow the path from electrical energy to physical motion, focusing on every opportunity to optimize motor efficiency and performance. Ready to get moving? More info...

Stepper motors can be wound in either a series or parallel configuration, and which style you choose can make a big difference for your application. Learn the nuances of stepper windings and how to make the best choice for different application scenarios. More info...

When you need the most precise control of torque, speed and/or position, servo motors and drives are likely your best choice. But how exactly does a servo system achieve such precision? Read this brief Q&A to learn the fundamentals of closed-loop control. More info...

Complex, high-speed motion axes can often benefit from a secondary feedback device located near the load in addition to standard servo motor feedback. Learn when and how to add secondary feedback for predictable performance under the most demanding conditions. More info...

Electric vehicles are changing the world for the better. But with their rapid adoption, lithium-ion battery manufacturers need to maximize production quality and speed. More info:

High-torque, low-temperature, compact-size motors are the key to a game-changing surgical robot design More info:

The most commonly used motion profiles don’t always provide optimum results. More info :

With no industry-standard way of publishing servo motor parameters, you run the risk of motor/drive mismatches that significantly affect performance. More info: