Applications

In embodied intelligence scenarios, 3D cameras provide embodied intelligence devices with core three-dimensional environmental perception capabilities. In well-organised, structured environments, the cameras can rapidly identify target objects and operational points, enabling precise and efficient autonomous task execution.

In hybrid robotic applications, 3D cameras provide mobile collaborative robots with reliable three-dimensional perception capabilities. For workpieces and materials at standardised workstations, the cameras can rapidly identify the target position and orientation, enabling high-precision, high-throughput pick-and-place assembly operations.

In bin-handling robot applications, 3D cameras provide intelligent material-handling equipment with reliable three-dimensional perception capabilities. For neatly arranged bins and storage racks, the cameras can rapidly identify bin orientation and storage location coordinates, enabling high-precision, high-throughput storage and retrieval operations.

In unmanned forklift applications, 3D cameras provide forklift robots with stable three-dimensional perception capabilities. For neatly stacked goods and standardised storage locations, the cameras can rapidly identify pallet orientation and storage location, enabling high-precision, high-efficiency forklift operations.

In parcel sorting operations, 3D cameras utilise 3D vision technology to enhance automated sorting processes. For neatly arranged parcels, the cameras can quickly identify the dimensions and orientation of each parcel, enabling high-speed, accurate sorting.

In parcel sorting operations, 3D cameras utilise 3D vision technology to enhance automated sorting processes. For neatly arranged parcels, the cameras can quickly identify the dimensions and orientation of each parcel, enabling high-speed, accurate sorting.

In parcel sorting operations, 3D cameras utilise 3D vision technology to enhance automated sorting processes. For neatly arranged parcels, the cameras can quickly identify the dimensions and orientation of each parcel, enabling high-speed, accurate sorting.

In parcel sorting operations, 3D cameras utilise 3D vision technology to enhance automated sorting processes. For neatly arranged parcels, the cameras can quickly identify the dimensions and orientation of each parcel, enabling high-speed, accurate sorting.

In parcel sorting operations, 3D cameras utilise 3D vision technology to enhance automated sorting processes. For neatly arranged parcels, the cameras can quickly identify the dimensions and orientation of each parcel, enabling high-speed, accurate sorting.

In measurement and inspection applications, 3D cameras provide devices with high-precision 3D vision capabilities. For standard workpieces, the camera can quickly capture a complete 3D contour and accurately perform rapid measurements of dimensions, clearances, and geometric tolerances

In loading and unloading applications, 3D cameras provide robots with precise 3D perception capabilities. For standardized workstations, the cameras can quickly determine the 3D coordinates and orientation of workpieces, guiding the robot to perform high-speed, precise pick-and-place operations

In assembly error-proofing scenarios, 3D cameras establish a robust quality control system through high-precision 3D vision. For standard assembly processes, the cameras can quickly identify the 3D geometry and installation orientation of components, accurately verifying part models, quantities, and assembly sequences.