Y-Blog
 

Posted: 09/01/2026 13:00:00 by Josh Leath
Topics: Arc Welding, Automotive, Handling, Machine Tending, Manufacturing, Production, Spot Welding

The factory of the future is not defined by the size of its robots, but by the flexibility of its systems. By integrating peripherals like tracks, gantries, and rotating bases, manufacturers can break free from the constraints of stationary automation and unlock entirely new levels of production capacity. Read More

Posted: 10/10/2025 13:30:00 by Sherri Swabb
Topics: Arc Welding, Assembly, Handling, Logistics, Palletizing

Labor shortages in manufacturing are no longer a short-term disruption, they’re a long-term challenge reshaping how factories operate. From skilled welders to warehouse workers, manufacturers across industries are struggling to fill essential roles. Fortunately, robotics, especially 6‑axis robots, are stepping in to help bridge the gap. Read More

Posted: 08/09/2025 13:21:01 by Josh Leath
Topics: Arc Welding, Spot Welding

Robotic welding is changing, driven by innovation, market demands, and the pursuit of greater efficiency and precision. As industries rely more on automation, robotic welding systems are becoming smarter, more adaptable, and more integrated. Read More

Posted: 14/08/2025 14:30:29 by Sarah Andrzejewski
Topics: Arc Welding, Handling, Programming, Tips and Tools

Understanding the differences between these Yaskawa pendants is crucial for maximizing productivity, minimizing downtime, and ensuring ease of use. This article explores the features, benefits, and ideal use cases for each pendant, helping you make an informed decision. Read More

Posted: 29/07/2025 13:25:38 by Craig Rubenstein
Topics: Laboratory Automation

Clinical labs face growing demands. Yaskawa's modular robotic systems boost speed, efficiency, and scalability. With deep expertise in lab modernization, we streamline workflows and help you plan for the future. Discover how Yaskawa's automation solutions create smarter, safer labs that grow with your needs. Read More