Description

1: 3D Vision-Guided Loading and Unloading
The 3D vision system captures the three-dimensional spatial pose information of target workpieces or features to guide the robot in performing loading and unloading operations.
Suitable for various scenarios, including loading and unloading for machine tools and positioning of workpieces fed by conveyor belts.
2: 3D Vision-Guided Disordered Sorting
The 3D vision system locates workpieces that are scattered and disordered within a bin and optimally plans the robot’s grasping path to improve grasping accuracy and bin-clearing efficiency.
Suitable for sorting scenarios involving bins containing workpieces with random orientations and overlapping parts.
3: 3D Vision-Guided Precision Assembly
The 3D vision system captures precise workpiece position and orientation coordinates to guide the robot through the assembly process, meeting the stringent requirements of high precision and tight tolerances in assembly processes.
Suitable for various scenarios such as bolt tightening and alignment assembly.
4: 3D Vision-Guided Material Handling and Palletizing/Depalletizing
3D vision guides robots to perform tasks such as depalletizing/retrieving goods, palletizing/placing goods, and mixed palletizing, replacing manual handling and improving the efficiency of physically demanding labor.
Suitable for warehousing and distribution scenarios involving various materials such as cartons, flexible packaging, and returnable containers.
5: 3D Vision-Based Automatic Path Planning
Using automatic planning algorithms, the 3D vision system can extract machining paths, enabling robots to operate autonomously without the need for teaching.
Suitable for applications such as adhesive application, spray painting, welding, polishing, and deburring.
6: 3D Dynamic Positioning and Inspection
Working in conjunction with conveyor belts, this system positions moving workpieces and guides the robot to perform dynamic grasping.
By outputting high-frame-rate, micrometer-level 3D point clouds, it enables dynamic inspection of workpiece presence, flatness, and partial defects, as well as 3D dimensional measurement.