Journal of Engineering Research

As a key link in intelligent manufacturing, the visual guidance assembly technology of industrial robots is gradually becoming an important means to improve production efficiency and product quality. This paper explores the application status quo, challenges, and future development directions of the visual guidance assembly technology of industrial robots for intelligent manufacturing. Firstly, it analyzes the application of the current visual guidance technology in the assembly process and its significance for improving manufacturing accuracy. Subsequently, it discusses the bottlenecks faced by existing technologies, such as poor environmental adaptability, low recognition accuracy, and other issues, and proposes corresponding solutions. Through case studies, it demonstrates how new technologies can overcome these challenges, thus achieving a more efficient automated assembly process. The improved visual guidance system can significantly enhance the flexibility and intelligence level of the assembly process, providing strong support for the development of intelligent manufacturing.

Intelligent Manufacturing; Industrial Robots; Visual Guidance Assembly; Automation