Recently, Agile Robots and BMW have made breakthrough progress in the field of logistics production. In response to the pain points encountered in the past when manually scanning and spraying codes, such as high stacking height, difficulty in manual scanning, and high labor intensity when filling in warehouse information manually, Agile Robots and BMW have jointly developed a mobile automatic receiving robot for receiving imported parts. This innovative solution realizes the intelligence, digitization, and informatization of the entire factory's logistics process for receiving and tallying goods.

Core Technology 

The autonomous recognition capability of AI and 3D deep learning cameras

This solution combines artificial intelligence with 3D deep learning camera technology to achieve autonomous recognition of material boxes of different sizes. This technology is not only compatible with the recognition of multiple colored zip ties, but also can quickly and accurately capture the correct information in the presence of multiple label papers. This breakthrough recognition capability greatly improves the efficiency and accuracy of logistics operations, injecting new vitality into logistics automation.

Hand eye coordination function of 7-axis force controlled robot and 3D vision

This solution also combines a 7-axis force controlled robot with 3D vision technology to achieve hand eye coordination. Enable the robot to autonomously calculate the length of the spray code, select the spray code position, and perform precise operations on different material box working surfaces. The application of this technology not only improves the accuracy and efficiency of coding operations, but also further promotes the development of logistics automation to a higher level.

Autonomous Path Planning Capability of SLAM Laser Navigation AGV

In addition, the solution also adopts SLAM laser navigation AGV autonomous path planning technology. Through real-time position recognition, autonomous path planning, and visual feedback of position and depth information, AGV can autonomously calculate and reach the optimal stopping position point. The application of this technology not only improves the positional accuracy of the entire system, but also greatly reduces the requirements for material placement, increasing the flexibility and adaptability of the system.

At the same time, the Agile Robots composite robot can customize module design according to specific work scenarios. Currently, the robot has been widely used in industries such as 3C electronics, semiconductor packaging, CNC machining, biomedicine, power inspection, warehousing and logistics.

As a mobile terminal that interfaces with MES in logistics systems, the mobile automatic receiving robot takes inventory information to a new level of real-time and precision through a series of functions such as scanning, comparing, checking, spraying, and automatic information uploading!