Electromechanical

Four Key Characteristics to Help Specify the Right Linear Drive Train

When it comes to linear actuators, selecting the right drive technology can be a precise balancing act as there is no ‘one size fits all’ solution. Due to the breadth of applications – from automated...
On February 28, 2018

Practical Applications for Precision Electromechanics in Photonics

In a world of constant technological advances, the photonics industry is seeing rapid growth with no signs of a slow-down. Photonics is the branch of technology concerned with the properties and...
On February 22, 2018

A Simple Guide to Benefits of Electromechanical Technology

Linear actuators are typically grouped into two principal types: fluid power actuators that operate on differential pressure, and electromechanical actuators driven by an electric motor. Increasingly,...
On February 15, 2018

Select the Best Sealing and Shielding for Linear Mechanics in Harsh Environments

Many factors must be considered when determining which linear actuator to use in an application. Besides technical specifications such as speed, acceleration and payload, there’s another...
On January 25, 2018

Five Great Applications for Permanent Magnet Direct Drive Servo Motors

With its high power density and flexible mounting capabilities, permanent magnet direct drive servo motors like the Parker PM-DD series have a proven track record in many manufacturing applications....
On January 10, 2018

Seven Factors to Consider When Selecting Linear Mechanics for a Vacuum Environment

When people hear the word vacuum, most think about the machines used to clean your home. However, there’s an entirely different meaning in manufacturing that helps enhance how we live our daily lives....
On October 18, 2017

A Quick Guide: How Servo Motors Work

The basic theory of operation for brushless servo motors revolves around the principles of magnetism where like poles repel and opposite poles attract. There are two magnetic sources found within a...
On October 5, 2017

How to Specify Precision Linear Mechanics for a Cleanroom Environment

A cleanroom is an environment maintained to ensure minimal levels of environmental pollutants such as dust, airborne microbes, aerosol particles, and chemical vapors. It is critical for...
On September 20, 2017

Automated Bottle Sorting | Simplifying Returnable Assets

Most people of a certain age have childhood memories of returning beverage bottles to their neighborhood store and getting back their deposit coins, which were usually just enough to invest in an...
On August 30, 2017

VFD Eliminates Bottleneck in Canning Plant

How do you eliminate a bottleneck in a food and beverage canning plant?  Apply good engineering design and use a variable frequency drive solution. Beverage bottling or canning has always been a...
On August 30, 2017

How to Remotely Control Your Plant With a Mobile App

Now OEMs and users can remotely monitor and control factory automation displays from anywhere in the world with a phone or tablet and an internet connection. Parker has released the Remote Manager...
On August 29, 2017

How the “Information Anywhere” Revolution Helps Boost Production

Have you ever seen the term “Information Anywhere” and wondered exactly what it means? We chose this terminology carefully, so it’s more than a mere tag line. Basically, the term refers to...
On August 28, 2017

Flexible Machine Design for Twenty-First-Century Challenges

For a machine designer, flexibility means highly configurable and adaptable components that can allow for slight variations without demanding major design changes. When applying these demands to...
On August 24, 2017

SLAS 2017 Recap [Industry Trends - Collaborative Robotics] Part 2

We have nearly reached the half way point between SLAS 2017 and SLAS 2018.  What better time to close out a review of the Society for Laboratory Automation and Screening 2017 show with a look at the...
On August 23, 2017

Solar Power Inverters Trend Toward Serviceability and Smart Features

Solar inverters come in different sizes and shapes, as they are used for many different scenarios for renewable energy and power generation, but one thing is common to all of them. Their main purpose...
On August 8, 2017

Is Industry 4.0 Driving the Need for Smarter Motion Control Products?

The collective term Industry 4.0 refers to the fourth industrial revolution, typically described as the computerization of manufacturing—or in other words, the merging of traditional automation with...
On August 1, 2017

Food Grade Gearhead Motor Solves Problem for Packaging Manufacturer

Gearhead motors can be ideal for the food and packaging industries if they are selected with several key features. A manufacturer of machines for gluing, fill, sealing and diverting food...
On August 1, 2017

You Don’t Need a Cloud for IIoT! Just a Centralized Control Scheme

Centralized machine control is more than a control architectural scheme, it’s the first step to enabling Industrial Internet of Things (IIoT). The Parker Automation Controller (PAC) provides...
On July 18, 2017

Overcoming Motor Inertia - The Five Things You Need to Know

Most engineers recognize that gearheads can be used to create a better inertia match between the object that is being moved and the motor being driven. Put simply, it is dictated by the gearhead ratio...
On June 8, 2017

Can Lighter, Greener Heavy-Duty Trucks Become a Reality?

Today, virtually everything we buy has at some point been on a commercial freight truck, traversing countries and even continents to reach us, the consumer. Commercial vehicle manufacturers are...
On April 25, 2017