Y-Blog

Since the revolutionary launch of welding robots over 40 years ago, innovation and process improvements have continued to permeate product development focused on customer needs. In the past, it was easy to program a robot to turn an arc on and weld a simple yet short seam with many different types of metal joints. However, not all components are created equal. Read More

Implementing a cutting-edge automation system can deliver exceptional speed and precision, leading to reduced cycle times, increased production volume, and less waste or rework. While the right combination of innovative solutions, tailored to exact application requirements, can deliver transformative results, there comes a time when parts become obsolete, machines break down or process needs change. Read More

Historically, the prevailing thought has been that robotic welding systems can’t handle the diversity of tasks required for difficult weldments, but technology has changed. From improved welding process capabilities to enhanced laser sensing and technologies, advanced robotic welding solutions are making it easier for manufacturers to tackle the most difficult, dangerous and dirty tasks. Read More

The stakes are high for manufacturers producing automotive parts. Automobile drivers and passengers rely on weld quality to hold up under the conditions for which it was designed. One uncaught mistake during the fabrication process could leave a business vulnerable or worse, especially when the part in question is “safety critical” to an assembly. Read More

Manufacturers of over-the-road vehicles (also referred to as OTR or long-haul trucks), and to a lesser degree car manufacturers, are improving fuel economy and reducing the weight of their vehicles with aluminum. Assembling frames, trailers and other components made of aluminum requires welding, and there are important differences between robotically welding steel components versus those made of aluminum. Read More