Latest Collaborative Robots Technical Articles

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Customizing Light Curtain Configuration: Muting and Blanking

Customizing Light Curtain Configuration: Muting and Blanking

Some safety applications aren’t a simple on/off at all times; they need objects to pass through a light curtain without stopping the machine. For these, we turn to muting and blanking features.


A Legacy of Factory and Motion Control: Mitsubishi Electric Automation

A Legacy of Factory and Motion Control: Mitsubishi Electric Automation

Showcase, manufacturing, repair, and research: Join Control.com for a recap of our team’s recent visit to the US HQ of Mitsubishi Electric Automation, and see where the magic happens.


Ask an Engineer: Universal Robots Shares Four Physical AI Predictions

Ask an Engineer: Universal Robots Shares Four Physical AI Predictions

Physical AI, where technology is applied to real-world devices like robots, is set to have a major impact over the next few years. UR Shares some predictions, along with some exclusive deeper insights.


Synchronized Motion for Servos | Coordinated Axes

Synchronized Motion for Servos | Coordinated Axes

Coordinating motion in three or more axes is a difficult manual process. For more advanced gantry or articulated robots, this motion type solves the complex calculation of a set of related joints.


Electrical Cabinet Best Practices: A Field Guide for New Integrators

Electrical Cabinet Best Practices: A Field Guide for New Integrators

A practical, experience-driven guide to designing and wiring electrical cabinets for machine-tending robotic cells.


Force Control | An Adaptive Method of Robotic Navigation

Force Control | An Adaptive Method of Robotic Navigation

Learn about force control in robots and what sets it apart from typical point-to-point programming. This feedback method can overcome many small irregularities in manufacturing processes.


Collaborative vs. Industrial Applications: Understanding Robot Differences

Collaborative vs. Industrial Applications: Understanding Robot Differences

Discover the key programming differences between robots used for collaborative and traditional industrial purposes, highlighting ease-of-use versus advanced control in automation tasks.


Maintenance and Troubleshooting for 6-Axis Robot Arms

Maintenance and Troubleshooting for 6-Axis Robot Arms

Across every make and model of articulated robot, certain maintenance procedures must be followed as motion occurs. Failure to do so can often result in warnings, alarms, and even failure.


Here’s One for Teachers: How Industry and Education Build Pipelines for the Future

Here’s One for Teachers: How Industry and Education Build Pipelines for the Future

Join Control Automation as we visit Central CA colleges to help install robotic equipment and learn how local industries partner with schools to create exciting opportunities for students.


FANUC Robot Ethernet Tutorial: Setting Up PLC I/O Communication

FANUC Robot Ethernet Tutorial: Setting Up PLC I/O Communication

Learn how to set up Ethernet/IP communications, including steps for both the FANUC controller and the Studio 5000 environment for a Rockwell PLC.


Two Common Methods Used for Mapping Robot I/O Communication

Two Common Methods Used for Mapping Robot I/O Communication

There are multiple methods for mapping inputs and outputs to an industrial robot. In this article, we cover two of the most popular methods: letting the robot or the PLC control the I/O signals.


Beginner’s Guide to Automation: How to Choose the Right Project

Beginner’s Guide to Automation: How to Choose the Right Project

There are a lot of companies considering in-house automation or consulting with integrators for automated systems. But where do you start, and how do you even pick a project for automation?


Take a Look Inside a Research and Demo Lab at Epson Robotics

Take a Look Inside a Research and Demo Lab at Epson Robotics

Recently, the Control.com engineering team had the opportunity to visit the R&D demo lab facility for the robotics division of Epson, located in Los Alamitos, CA. Come learn how the magic happens!


Tech Tips: Considering Payload and Inertia in 6-Axis Robot EoAT Design

Tech Tips: Considering Payload and Inertia in 6-Axis Robot EoAT Design

In the field of robotics, designing proper end-of-arm tooling (EoAT) is a crucial step. This article includes critical material and inertia factors to consider when designing EoAT for 6-axis robots.


How-To Guide to Robot Programming: All About User Frames

How-To Guide to Robot Programming: All About User Frames

In this article, we'll explore user frames in the context of a 6-axis industrial or collaborative robot. Learn the definition, practical applications, and advantages that user frames have to offer.


Accelerometers and Gyroscopes: Understanding The Metrics of Motion

Accelerometers and Gyroscopes: Understanding The Metrics of Motion

Many sensors, like prox, optical, and ultrasonic, are familiar to control engineers. More and more modern devices are incorporating advanced motion profiles requiring motion sensing in many axes.


Detailed Introduction to Dual Check Safety (DCS) in Robotic Work Cells

Detailed Introduction to Dual Check Safety (DCS) in Robotic Work Cells

Learn about FANUC’s Dual Check Safety (DCS) system and the various methods, how to configure the DCS parameters, and how to avoid and resolve issues associated with DCS positional alarms.


Robotics-as-a-Service (RaaS): What Is It and Why Would You Want It?

Robotics-as-a-Service (RaaS): What Is It and Why Would You Want It?

Traditionally, automation requires a sizable investment and integration risks. RaaS empowers manufacturers to let someone else adopt the risks in exchange for an hourly or monthly subscription rate.


Low-Code and No-Code Programming: Purpose and Strategy

Low-Code and No-Code Programming: Purpose and Strategy

Innovation has a single purpose: to create better solutions, meaning more efficient output with faster development and troubleshooting. It starts with the strategies used to program machines.


Outstanding in the Field: Robots That Can Pick Fruit

Outstanding in the Field: Robots That Can Pick Fruit

Agriculture is an industry ‘ripe’ for technology, but what obstacles and opportunities lie in front of the cutting-edge innovators of the field?