Intelligent composite robot drive: FUWEI builds an automated production line for liquid gallium metal

In today's rapidly developing industrial automation, the canning and packaging process of liquid gallium metal is facing an urgent need to transform from traditional to intelligent.  The FUWEI Intelligent AMR Composite Robot, with its cutting-edge technology and precise control capabilities, has brought revolutionary changes to the production line of liquid gallium metal.


1、 Application of cutting-edge technology

The FUWEI Intelligent AMR Composite Robot perfectly combines autonomous mobile robot (AMR) technology with high-precision robotic arms, achieving high-precision and highly flexible operations in the process of liquid metal gallium canning and packaging.  AMR technology endows robots with the ability of autonomous navigation, path planning, and obstacle avoidance, while high-precision robotic arms ensure the stability and accuracy of products during grasping, transportation, and placement.

In addition, the FUWEI Intelligent AMR Composite Robot is equipped with an advanced visual recognition system.  The system is capable of intelligently identifying bottle bodies, bottle caps, and various obstacles on the production line, providing strong support for the robot's automatic obstacle avoidance and precise grasping.  The application of this intelligent recognition technology not only improves the work efficiency of robots, but also further ensures the safety and stability of production lines.


2、 Precise control

Accurate control is a key factor in ensuring product quality and production efficiency during the canning and packaging process of liquid gallium metal.  The FUWEI Intelligent AMR Composite Robot has demonstrated outstanding performance in this regard.

Firstly, the robot controlled the error within ± 1mm during the grasping and placement process.  This high-precision operation ensures the stability and safety of the product during transportation, avoiding problems such as product deformation and scratches caused by improper operation.



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