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Motion Control Resources

April 2020

Measure While You Press — Force Feedback in Linear Actuators

POSTED: 04/20/2020

Introduction Successful automation processes that use linear actuators may benefit from incorporating force feedback into the control loop. In fact, most motion specialists are familiar with the concept of electrical feedback or pressure feedback from forces applied in electrical or hydraulic systems. Monitoring force feedback can improve process control, help maintain consistent

Benefits of Electric Linear Actuators Over Hydraulic Systems

POSTED: 04/20/2020

Contrary to common opinion electric actuators actually have a lower total cost than hydraulic cylinders. Although the upfront costs of an electric linear actuator can be more than a hydraulic system, the additional benefits described below tip the balance in favor of electric linear actuators. CONTROL Electric linear actuators equipped with a

Take Control of Automation with All-in-One Motion Control System

POSTED: 04/07/2020

Setting up an integrated system for all of your automation devices and equipment is no easy task. You need a powerful, cost-efficient motherboard and ensure that the entire system will be compatible and functional. Not only that, you need to plan for future expansion. With NEXCOM's newest NET 355 hybrid motion control system, life

March 2020

How Fix Servo Motor Noise

by Performance Motion Devices

POSTED: 03/20/2020

Everyone working in motion control has a war story; be it the machine that stopped working mysteriously or the motor that wouldn't stop vibrating. This deep dive around servo motor noise is part of a series that focuses on motion control problems you may run into and provides some ammunition

February 2020

Rotary Encoders Join the Industrial Internet of Things

by Jeff Smoot

POSTED: 02/26/2020

While it may be that Benjamin Franklin is widely attributed to making the phrase “time is money” popular, I do not believe that I am stretching the truth by stating that this phrase also rings painfully true for anyone associated with machine design, industrial automation, or robotics. Machine down time

January 2020

The formula for the effective torque

POSTED: 01/24/2020

When selecting the most suitable motor for dynamic applications, the effective torque is a crucial quantity. In many applications, a motor’s continuous output is limited by its thermal budget. Optimum design is crucial to keep a motor from overheating in an application. The rated torque is usually used during design. However,

December 2019

New Low Cost Torque Control ICs Provide Field Oriented Control

by Performance Motion Devices

POSTED: 12/31/2019

The MC73112, MC73112N, MC71112, and MC71112N from PMD are newly released ICs that provide torque control of 3-phase Brushless DC and DC Brush motors with advanced features such as FOC (Field Oriented Control), shunt regulation, PWM (Pulse Width Modulation) signal generation with shoot-through protection, overcurrent & overtemperature protection, braking, and

Webinar: Traceability & UDI Compliance in Medical Equipment Manufacturing

by Peter Hoffman, Vice President of Marketing

POSTED: 12/03/2019

Editor’s Note: Motion Solutions is proud to announce the launch of the Motion Solutions’ webinar series. In this periodic series of free educational webcasts, engineers from Motion Solutions and our partners will discuss topics of interest to OEMs, ranging

November 2019

Motion Control Technology Trends for Medical and Laboratory Applications

by Chuck Lewin, Founder and CEO, Performance Motion Devices, Inc.

POSTED: 11/04/2019

Introduction In this article we will look at four important trends in motion control technology for applications involving medical and laboratory equipment. These applications include automated devices used during surgery, for patient treatment, for patient imaging, and the wide variety of machines that operate in the laboratory such as blood analyzers,

October 2019

Ask an Engineer: Linear guide options for cleanroom applications

by Alex Polo, Sales Engineer and linear motion specialist

POSTED: 10/04/2019

Editor’s note: In this ongoing video series, members of the Motion Solutions engineering staff share insights on technologies and problem-solving. The Motion Solutions Engineered Solutions team works daily to design complex electromechanical assemblies across a variety of industries. With more than

September 2019

Solutions to Reduce Stepper Motor Resonance

by Zoe Li, Applications Engineer

POSTED: 09/20/2019

Every stepper motor has a resonance point, and sometimes motor vibration can affect motor performance and motor life. It is important to know the possible solutions to eliminate motor vibration. Stepper motors have discreet positions that the rotor can move to. Due to rotor inertia, when a stepper motor makes a

August 2019

Motion Solutions produces high-tech undulators for linear accelerator upgrade

by Wally Logan, VP of Engineering

POSTED: 08/21/2019

Answering the big science questions of our time around molecular reactions, biological dynamics, and materials properties at an atomic scale takes powerful tools. When the Linac Coherent Light Source (LCLS) was first commissioned in 2009, this

Advantages of Rodless Electromechanical Actuators

by MOSO Marketing

POSTED: 08/21/2019

Many industrial applications call for linear actuators. That’s a simple fact. What’s not so simple is deciding what type of actuator is best for an application.  A machine designer has to weigh all the variables. What needs to be moved?

June 2019

Open and Modular Robotics with NexROBA Solution

POSTED: 06/21/2019

NexCOBOT’s NexROBA is an open and modular solution, based on standard EtherCAT communication. Since every set of industrial robots is a system, NexROBA offers the flexibility to provide modules in a robotic system, such as robot controllers, EtherCAT I/O, and teach pendant, depending on customer’s needs. The software of this

NexCOBOT Leverages Intel® Vision Accelerator Design Products to Deliver Robotics with AI for Industry 4.0

POSTED: 06/19/2019

Solution Brief: Advancing industrial optimization and automation via the integration of machine vision and AI Executive Summary: Robots play a major role in making manufacturing processes more efficient and less labor intensive. They can help control costs and improve quality, as well as increase productivity. The complexity of robotic system design, however, creates


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