Industrial robot vision positioning systems have been successfully applied in industrial settings such as automatic PCBI engagement of LCD TVs, automatic screw fastening by robots, depalletizing and palletizing, tire handling, shaft steel loading, and solar module pressing.
Features of industrial robot vision positioning systems:
1. Flexible compatibility: The split system can be paired with industrial cameras of different resolutions and field of view, as well as different types of auxiliary lighting, to meet different application needs.
2. High flexibility: It can effectively identify and locate targets ranging from 2D planar positioning to 3D spatial positioning, and from rigid metal targets to soft, deformable rubber and plastic targets.
3. Easy to use: The web-based user interface guides job setup and management step by step, making it simple and easy to use.
4. Customized services: The system is independently developed and can provide customized services according to different application needs.
Applications of industrial robot vision positioning systems:
Industrial vision positioning systems provide precise target pose guidance for industrial robots to perform tasks such as handling, sorting, palletizing, and assembly. They are suitable for common target types and different application requirements, including 2D planar positioning (3 degrees of freedom), 2.5D positioning (4 degrees of freedom), and 3D spatial positioning (6 degrees of freedom).
The application of vision guidance systems for industrial robots includes the following aspects: automatic stacking and automatic unloading; conveyor belt tracking; component assembly; robot application and inspection; robot loading and unloading; robot guided dispensing, etc.
Through industrial robot vision guidance systems, cameras are mounted on the robot's arm to follow the robot's movement. The camera can locate all products within its field of view by taking a single shot, and through data transmission, guide the robot to grasp and place them in the pre-set positions.
