Spurred on by the colossal shortage of welders in manufacturing and other sectors, robotic welding has gained enormous ground since it was introduced in 2017. Now, with AI growing in power, both the ...

Traditional robotic cells suit high-volume serial production, while collaborative robot cells are purpose-built for small and mid-sized shops that need faster programming, no safety fencing and the ...

Increased production from 10-30 parts to 45-60 parts per hour using dual-station collaborative welding setup with operator and robot. Eliminated warping issues and post-weld straightening requirements ...

The MARIOW robot performing autonomous welding of a fillet weld underwater. Copyright: DFKI, MARIOW Team Robot and weld seam, here a build-up weld in a horizontal ...

Novarc Technologies, the industrial Physical AI company reinventing welding automation for the global fabrication industry, today announced the largest technology showcase ever to be demonstrated at ...

Automation has gained wider acceptance, yet some myths persist and hinder small- to medium-size manufacturers from taking the leap into robotics. Here are several concepts to help bolster the use of ...

An artificial intelligence (AI)-driven marine welding system capable of handling heavy welding scenarios for offshore oil and ...

Powered by Obsidian, Path Robotics’ widely deployed physical AI model for welding, Rove pairs the real-time intelligence of Obsidian with added flexibility via a mobile robotic welding system, ...

China has reportedly deployed its first domestic AI-driven marine welding system at a smart manufacturing base in Tianjin. Developed by Offshore Oil Engineering Co., the robotic system is designed to ...