FUWEI Intelligent Composite Robot CNC Flexible Loading and Unloading

Project Background

With the rapid development of manufacturing industry, improving production efficiency, reducing labor costs, and ensuring product quality have become the key to enterprise competition.  This project focuses on the CNC machining process of a mold manufacturing enterprise, introducing the FUWEI intelligent composite robot automatic loading and unloading system to optimize the production process and improve production efficiency.

Project difficulties

Multi link collaboration: The project involves multiple links such as material grabbing, processing, testing, and cleaning, and efficient collaboration is required between each link to ensure smooth production processes.

High precision positioning: Due to product specifications and weight limitations, composite robots are required to accurately grasp and place materials, ensuring stability and safety during the production process.

Environmental adaptability: The workshop environment has stable lighting, but there may be iron filings on the ground. It is necessary to ensure that the composite robot can operate stably in such an environment.

System integration: Information exchange and collaborative work between different devices and systems are key to project success.

Solution

Composite AGV manipulator: Select a composite AGV manipulator with high-precision positioning and stable gripping capabilities to ensure the stability and safety of materials during gripping and placement.  The robotic arm is equipped with a positioning vision camera and a scanning camera to achieve fast positioning and material information input.

Intelligent Navigation and Obstacle Avoidance: Through advanced navigation and obstacle avoidance technology, the composite AGV can autonomously navigate and avoid obstacles in the workshop, achieving efficient transportation.

Information exchange and collaboration: Establish a unified information exchange platform to achieve information sharing and collaborative work between different devices and systems.  Through the task signals issued by the system, seamless integration between the composite AGV and CNC machine tools, detection equipment, cleaning machines, and other equipment can be achieved.

Environmental adaptability optimization: Based on the characteristics of the workshop environment, optimize the environmental adaptability of the composite AGV, such as strengthening measures to prevent dust and iron filings, to ensure its stable operation in harsh environments.

Core values

Improve production efficiency: By implementing an automated loading and unloading system, manual operations have been reduced and production efficiency has been improved.  FUWEI Intelligent Composite AGV can quickly and accurately complete material grabbing and placement tasks, shortening the production cycle.

Reduce labor costs: Automated loading and unloading systems reduce reliance on manual labor and lower labor costs.  At the same time, it reduces the labor intensity of workers and improves their job satisfaction.

Ensuring product quality: The high-precision positioning and stable gripping capability of the composite AGV ensures the stability and safety of materials during the production process, thereby improving product quality.

Flexibility and Scalability: This solution has high flexibility and