Performance Motion Devices, Inc.

Bridging the gap between CAD and concrete, Dusty Robotics’ FieldPrinter delivers 1/16" construction layout accuracy — by utilizing PMD’s ultra-compact ION/CME N-Series drive for their BLDC motors. These high-performance motion controllers provide the insight, tuning flexibility, and sub-millisecond responsiveness needed for smooth transitions in movement, blind-spot operation, and rugged jobsite reliability. Check out the new case study to witness world-class motion control in action: https://bit.ly/456oEaB

PMD will be attending Robotics Summit in Boston tomorrow! If you're exploring advanced embedded motion control solutions, we’d welcome the opportunity to connect and share insights. Our team is always excited to discuss how precise motion control can empower your next innovation: https://bit.ly/3SarIKP

DC Brush and BLDC motors are increasingly used to deliver or measure precise amounts of torque, and embedded electronics allow the amount of current flowing through these motors to be very accurately commanded. Explore design considerations and architecture for Precision Torque Control here: https://bit.ly/4hqMf8g

We'll be at the Boston Convention & Exhibition Center tomorrow for Pittcon 2025! Over half of the world's largest lab automation manufacturers use PMD motion control solutions - ICs, modules, and boards – to meet their requirements for high precision, safety, and long-term supply stability. Don't hesitate to connect with us about upcoming projects. https://bit.ly/4krPuPF

We hope everyone also had a successful SLAS 2025! The Performance Motion Devices team would like to thank everyone who connected with us and came by our booth. We’re looking forward to Boston next year, where you can find us at booth 1032. Subscribe to our newsletter to keep up with PMD announcements and motion control content: https://bit.ly/4hNTNm4

Gantries and their end effectors place special demands on motion controllers. Trajectory profiles must be designed to maximize throughput while minimizing the vibration injected into the mechanism. Furthermore, servo control techniques must operate safely over a wide range of payload weights and movement speeds. Explore design considerations and application architecture for gantry control here: https://hubs.la/Q031NJBF0

When project engineers need to select a motor for each axis of a new machine design, where should they start? Read Principles of Motor Selection here: https://bit.ly/3PtdcfT

The newly launched PCR 56/06 EC SD developer kit combines PMD's ION®/CME N-Series Digital Drives with Portescap's world-class BLDC motors to deliver a complete and superior motion control solution. Swing by booth 2231 at SLAS this year to check out the demo! If you haven’t already, you can register for the event here: https://bit.ly/407PkU0

Machine designers are often asked to squeeze the maximum possible performance out of a machine for the lowest possible cost. Our 6th most popular resource of last year demonstrates how trace functions can be used to achieve this. Read How To Optimize Motor Performance Using Motion Trace here: https://bit.ly/4gH2XAF

Miniaturization of components, motors, motion control drives, and motion control ICs has become critical in the medical, aerospace, consumer electronics, and laboratory automation industries. How are companies overcoming limits to miniaturization? Watch The Components Make Miniaturization Possible here: https://bit.ly/3W6qaEi

When controlling robotic grippers, we care just as much about the force being applied to an object as we do about the position of the actuator. Explore design considerations and application architecture for Robotic Gripper Control in our 7th most popular resource this year: https://hubs.la/Q030WhHs0