EyePick 3D
EyePick3D is a proposed 3D vision solution for robotic part localization and intelligent picking applications. By combining multiple industrial cameras, advanced image processing and 3D matching technology, it aims to identify components and estimate their position and orientation in three-dimensional space. Designed for integration into robotic automation systems, the solution focuses on providing accurate spatial information to support flexible component handling and automated production processes.
Main Features
Advanced 3D Part Localization
Identify components and estimate their position and orientation in three-dimensional space.
Multi-Camera Vision
Combine image information from multiple cameras to support component recognition and spatial analysis.
Intelligent 3D Matching
Apply advanced matching algorithms to identify parts and estimate their pose under different positioning conditions.
Robotic Application Integration
Develop interfaces for transferring part localization data to compatible robotic automation systems.
Multiple Applications
- Three-dimensional localization of industrial components with varying positions and orientations, supporting robotic picking and automated handling applications.
- Identification and spatial analysis of mechanical parts for robot-guided manipulation, component positioning and industrial automation processes.
- Integration of advanced 3D vision into robotic workstations where conventional two-dimensional localization may not provide sufficient spatial information.
Intelligent 3D Vision for Robotic Picking
- Advanced multi-camera image acquisition and 3D matching techniques support the identification of components and estimation of their spatial position and orientation.
- Adaptable vision configurations allow the selection of camera arrangements, image resolution and processing hardware according to the geometry of the components and the requirements of each application.
- Integration with robotic control systems enables the development of customized picking applications based on three-dimensional localization and automated component handling.
Technical Capabilities
Multi-Camera 3D Acquisition
Configurable industrial camera arrangements provide image data for three-dimensional component localization and spatial analysis.
3D Matching and Pose Estimation
Advanced image processing algorithms support component identification and estimation of position and orientation across multiple spatial axes.
Processing and Robotic Integration
GPU-based processing architectures and application-specific software integration support the development of robotic picking and automated handling solutions.
