Y-Blog / Josh Leath

Josh Leath

Senior Product Manager

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Recent Posts


Posted: 8/16/2022 6:50:26 PM by Josh Leath
Topics: Tips and Tools

The moment you implement robotic automation there is potential to cultivate transformative benefits. From saving money on increased labor to meeting production goals via increased output, multiple positive outcomes are common for manufacturers that take the robot leap. A fluid supply chain, effective risk mitigation and inflation hedging are other key takeaways business owners tout along their robotic automation journeys. Read More

Posted: 4/25/2022 2:38:22 PM by Josh Leath
Topics: Arc Welding, Collaborative, Tips and Tools

The development of user-friendly technology continues to spark greater confidence among business leaders for the implementation of robotic automation. Highly flexible and capable of optimizing production, more affordable easy-to-program collaborative robots – or “cobots” – are quickly becoming the “go to” for a variety of tasks, including arc welding. Read More

Posted: 3/31/2022 5:25:46 PM by Josh Leath
Topics: Arc Welding

“What is the difference between seam finding and seam tracking?” and “How do I know when to use seam finding vs. seam tracking?” These are common questions our robotic welding experts are frequently asked. With that in mind, here are several things to consider when deciding how to proceed with your robotic welding process. Read More

Posted: 2/25/2022 2:46:49 PM by Josh Leath
Topics: Arc Welding, Collaborative, Handling

To optimize workflow and increase capacity manufacturers are looking to advanced technologies, including robotic automation, to meet demand and stay competitive. However, for some, automating processes without maxing out valuable floorspace can be a challenge. This is where more flexible, yet still highly efficient, robotic solutions are making a difference. Read More

Posted: 11/29/2021 2:49:37 PM by Josh Leath
Topics: Arc Welding, Tips and Tools

High-performance welding robots provide fast, agile and reliable functionality to adapt to labor shortages, production inefficiencies, pressing market demands and more. However, the level of automation efficiency achieved typically relies on multiple factors beyond implementing an extremely flexible high-speed robotic arm. Read More
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