Articles

Forge 101: What is Joint Jump, and how will it help you?

Joint Jump Block directs the arm to move into a specific pose based on joint angle instead of a waypoint. This will help you avoid singularities, get the arm into a specific pose, or get into and out of tight spaces in a repeatable motion.

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5 Reasons Programming Robots is Hard

Many manufacturers have struggled to be successful with creating their own automation projects from scratch. Let's look at the reasons why programming robots traditionally is hard.

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5 Steps to Get Started with Robotic Automation

READY Robotics CTO and Co-Founder, and Forbes Technology Council Member, Kel Guerin outlines 5 steps for getting started with robotic automation.

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Unlocking a Better Future Through Automation

We are excited to announce the closing of our Series B round with an additional $23M in funding. The round was led by Canaan Partners, with participation from RRE Ventures, Eniac Ventures, Emerald Development Managers, and Drive Capital, as well as new investors Micron Ventures and Greenhawk Capital.

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4 Things to Consider Before Integrating a Collaborative Robot

Collaborative robots have become an important part of smart manufacturing, as they can operate completely autonomously, and significantly speed up manufacturing processes.

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5 Industrial Automation Predictions for 2020

Here’s our predictions on what to expect from industrial robots in the not-so-distant future

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5 Steps to Prove ROI for Implementing Automation

The message of “If you don’t automate, you’ll fall behind” is ubiquitous in the world of manufacturing. Industrial manufacturers of all sizes today are implementing robotic automation and evolving how they produce products to keep up with consumer demands.

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5 Ways Robots Drive Profit for Manufacturers

It has never been easier for manufacturers to drive profits by adopting robotic automation.

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Automation 101: End-of-arm Tooling

The end-of-arm tooling (EOAT) is one of the most important parts of your robot system. The EOAT spends the most time interacting directly with your parts and a well-designed tool/part interface can save both time and effort when programming a task that requires precision.

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