Medical Devices

Patlite's IO-link devices have many advantages, among them are they are controllable via IO-link, are easy to install, have seven selectable colors in various alarms, non IO-link sensors are supported , and they are highly visible so you can quickly understand operating instructions and status.

You have endless possibilities with Patlite's Ethernet Programmable LED Signal Tower. Get power over ethernet, easy connection and communication with one cable, and easily control and receive feedback with various commands.

The Special Gripper SCG is particularly suitable for handling thin, porous and sensitive workpieces. The high-volume flow of the gripper ensures secure holding even with porous material or workpieces that do not cover the entire suction surface.

Introducing Echoline by UE Precision Sensors for monitoring environment health and safety while improving wafer integrity and equipment safety.

We're continuing to talk about terminology and this time we're talking about rotary mechanics.  I’m Corey Foster of Valin Corporation.  Let's talk about this.

These are the four most important questions to ask when selecting either a servo or stepper motor for your application: speed, torque, inertia and power.

What is the difference between a direct drive and worm-gear driven rotary stage?  Which is better?

Linear motor actuators are great…but we hesitate before using them in vertical applications.  We discuss why and what some solutions are.

Have you found an actuator that you like that you want but it just does not quite have everything that you need?  Maybe you wish you could tweak it just a little bit?

This video is going to show the details of using the servo press in the first of the position press modes which is “Speed Control-Keeping Position”.

This video is going to explain the five program steps in the IAI Servo Press programming cycle.

This video is an overview of the Robo Cylinder® software that is used with Intelligent Actuator Servo Press product.

Are you struggling in getting the performance from your servo motor that you are expecting?  We discuss how the servo drive configuration can adversely affect your servo motor performance.

Should you use 5 or 24-volt logic with your devices and controllers?

Find out the difference and why you’d use differential signals.

A useful topic to understand is the difference between “sinking” and “sourcing”.  You can use this for inputs and outputs and to make sure that your feedback is compatible with your electronics.

Learn about different types, protocols, form factors and variations of feedback.

Brushless servo motors are a specific type of synchronous electric motors.  We look at few different designs and compare them.

John Brokaw helps us learn the difference between these types of motors plus how AC Induction and servo motors fit in.

One may think this is simple, but there are a lot of pitfalls in the compatibility between drives and controllers from different manufacturers.  Here are the factors to consider.

Which is better: Selecting motors and mechanics that are the best of breed from different manufacturers OR sticking with one supplier?  Here are the factors to consider.

Which is better: Selecting drives and motors that are the best of breed from different manufacturers OR sticking with one supplier?  Here are the factors to consider.

Which is better: Selecting products that are the best of breed from different suppliers OR sticking with one supplier?  You don’t want to find yourself pushing a train under water with a VW Bug with square wheels!

For my 30th episode, I thought I'd celebrate by sharing a little bit of the goofs and fun and laughter and jokes and frustration that we've had along the way in making the first 29 episodes.