In continuous production and high-speed automation applications, target objects are often in motion, such as workpieces on conveyors, logistics parcels, moving vehicle bodies in automotive manufacturing, and products continuously passing through inspection stations. Traditional static vision systems typically require the conveyor to stop or rely on fixed positioning mechanisms, which not only affects cycle time but also increases mechanical system complexity. The 3D Vision Dynamic Positioning & Inspection Solution captures 3D data of moving targets at high speed. Combined with encoder data, conveyor speed, or robot motion information, it performs real-time data acquisition and pose calculation for target workpieces or features, enabling positioning, picking, 3D measurement, and quality inspection without stopping the production line.
Technical Highlights
High-quality 3D imaging, application algorithms, and coordinated robot control enable reliable 3D vision performance in complex industrial environments.
High-quality 3D imaging, application algorithms, and coordinated robot control enable reliable 3D vision performance in complex industrial environments.
High-speed imaging of continuously moving targets enables stable acquisition of 3D profiles or point cloud data.
Combines target motion direction, speed, surface features, and other information to calculate real-time position changes in the robot coordinate system.
Integrates with conveyor encoders or conveyor system data to enable synchronized robot tracking, positioning, and picking of moving targets.
Performs 3D inspection of dimensions, profiles, flatness, presence/absence, selected defects, and positional deviations while the target remains in motion.
The 3D vision system dynamically acquires point clouds, images, and other multi-dimensional data. The same data can be used for robot positioning as well as product measurement and quality evaluation, helping integrate production and inspection.
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