博文

目前显示的是 十二月, 2025的博文

Laser Weld Seam Tracking System for Highly Reflective Filter Vessel Welding | Weld Navigator®

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 As a critical component in separation and purification processes, filters place extremely high demands on welding accuracy and consistency. When welding highly reflective workpieces such as filter vessels, traditional manual welding or conventional automated welding systems often suffer from insufficient seam tracking accuracy, unstable weld quality, and low production efficiency. These limitations make it difficult to meet increasingly stringent quality requirements. To address these challenges, Weld Navigator® introduces a laser-vision integrated weld seam tracking system , providing a new solution for welding highly reflective workpieces and enabling real-time, precise seam tracking in filter vessel welding applications. Principle and Advantages of the Laser Weld Seam Tracking System The Weld Navigator® weld seam tracking system integrates high-precision laser sensing technology, high-speed image processing units, and intelligent control algorithms to achieve real-time m...

From Automation to Intelligence: How Is Welding Technology Evolving?

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 As manufacturing accelerates toward Industry 4.0 and intelligent production, welding—one of the most fundamental industrial processes—is undergoing a profound transformation. From early manual welding reliant on human experience, to robot-centered automated welding, and now to intelligent welding that integrates sensing, algorithms, and data, the evolution of welding technology has become increasingly clear. Today, let us explore the role of Weld Navigator® laser weld seam tracking and AI technologies in this inevitable transition from “automation” to “intelligence” in welding. I. Limitations of Traditional and Automated Welding For a long time, welding quality depended largely on the experience and skills of welders. Even after welding robots were introduced, many production lines remained at the stage of automated welding , typically characterized by: Welding paths predefined through teaching or offline programming Fixed welding parameters based on preset process reci...