MOTION CONTROL NEWS
Sign up for our highly sought-after newsletter and receive the most up-to-date motion control announcements, cutting-edge technical papers, and valuable solution notes conveniently delivered straight to your email.
Sign up for our highly sought-after newsletter and receive the most up-to-date motion control announcements, cutting-edge technical papers, and valuable solution notes conveniently delivered straight to your email.
Dive into a white paper on precision fluid handling, a webinar on healthcare robotics, a detailed overview of the MC58113 IC, plus more motion control resources.
Pumps that move liquid precisely are at the heart of many medical applications. Get an understanding of what types of fluid pumps will work best in your machine design.
This webinar highlights linear actuators, key concepts of force control, algorithms, and filters, and the main challenges of motion robotics in the healthcare world.
Magellan MC58113 ICs are complete single axis motion controllers that provide trajectory generation, programmable breakpoints, advanced performance trace, and many other motion control functions.
Get insight into a new motion control technique that delivers servo performance at a step motor cost. Meet our Magellan multi-axes ICs plus more!
Trying to decide what electric motor(s) are best for your new machine design? Stop here. This paper outlines requirements and presents the features of various step and servo motors.
Specific servo actuators function as end effectors such as robotic arms and gantries. This paper details the capabilities and properties that will ensure that your next application delivers the goods without dropping the ball!
ION/CME 500 Digital Drives provide ultra-efficient digital amplification with programmable intelligence in a compact rugged package for control of Brushless DC, DC Brush, and step motors.
Get insight into force control in actuators, principles of motor selection, designing a low cost, high speed BLDC motor controller, our ION/CME 500, and more.
In this issue, motion control design choices (Build vs Buy), new single-axis ICs with profile generation and servo control, and how using a digital current loop will quiet step motor noise.
Spinning BLDC motors efficiently at high speed is the core requirement for many end applications. Learn how we helped deliver high-speed in a compact package and at a low cost.
This paper looks at building vs buying a three axis PCB-based positioning motion controller. It examines the motion control design effort and cost.
This paper details how a digital current loop will result in a significantly quieter, faster running, and lower temperature motor operation which is beneficial in many applications.
In this issue, we dig deep into feedforward and how it will improve your machine performance. That, and so much more!
Even if your PID settings are carefully optimized, the motion at the end effector is never perfect. This paper looks at feedforward and how it delivers accuracy and smoothness.
In this issue, we introduce you to our new ultra-compact PCB-mountable digital drive, share examples of how to build a 3-axis gantry, and more.
In this issue, we tackle the challenges with small motion control machine designs, servo motor tuning, a deep dive into FOC, and more.
In this issue, introducing a new motion control board with UDPM, motion control problems with portable automation and mobile robotics designs, ISO 13485 certification, and more.
PERFORMANCE MOTION DEVICES, INC.
80 Central Street | Boxborough, MA 01719
P: 978.266.1210 | F: 978.266.1211 | info@pmdcorp.com