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The Linx material frame anti error detection special machine integrates the three major functions of machine vision (positioning, measurement, and detection), with a stable detection accuracy of 99.99%, helping customers achieve cost reduction and efficiency improvement. Within one year, customers have repurchased nearly a hundred sets.

By deploying the Linx picking, packing, and unpacking robot system, the picking, packing, and unpacking processes can be efficiently completed, achieving full automation and intelligence of the inbound and outbound processes.

Linx's "3D Vision+AI" standardized palletizing workstation helps top customers in the domestic photovoltaic industry achieve automated picking and palletizing, with an accuracy rate of up to 99.99%.

Linx Robot's self-developed LINX-SMART-B area array camera has high imaging accuracy, coupled with a stable output of high-quality point clouds along the lifting axis, accurately identifying soft bags without prior information.

The comprehensive accuracy of mixed code can reach 99.99%; According to the stacking type and sequence of incoming materials, execute the optimal unpacking and stacking strategy, output the optimal mixed stacking type, and ensure that the stacking type is stable and not overturned.

The LINX visual palletizing solution has a success rate of 99.99% while meeting system efficiency requirements, and can operate continuously 24 hours a day.

The unpacking station for this renovation is specifically designed for small household appliance warehouses, with nearly 10000 SKU types.

The robot can recognize and grasp dozens of metal crankshafts with complex structures. Motion planning and grab planning algorithms help improve stability and avoid collisions and drops

The robot can recognize and grasp dozens of metal crankshafts with complex structures. Motion planning and grab planning algorithms help improve stability and avoid collisions and drops