Collaborative robots have a wide range of applications, covering multiple fields such as industrial manufacturing, healthcare, logistics and warehousing, commercial services, and education and research. With their safety, flexibility, and ease of deployment, they are accelerating the realization of human-robot collaborative operations.
Collaborative robots are most maturely used in industrial scenarios, primarily undertaking tasks with high repetition and strict precision requirements:
Assembly and Tightening: In 3C electronics and automotive parts production, collaborative robots can complete high-precision operations such as chip packaging and screw fastening, ensuring consistency and reducing human fatigue.
Machine Tool Loading and Unloading: They can work with CNC machine tools and injection molding machines to achieve automatic loading and unloading, supporting various installation methods such as floor mounting, inverted mounting, and tilting, adapting to complex production line environments.
Glue Application and Spraying: For example, ABB IRB 1200 is used for high-speed glue application, and Yuejiang CR series is used for glue application in flexible assembly of automotive glass, improving process stability.
Grinding and Polishing: Force control technology enables uniform grinding of workpieces, suitable for industries such as metal processing and rubber and plastics.
Inspection and Testing: Equipped with a vision system for dimensional measurement, functional testing, and defect identification, improving the efficiency and accuracy of quality inspection.
