The Bin Picking solution is applied where automatic part picking is essential for:
Bulk metal part picking
Automated assembly line feeding
Component separation and orientation
Robotic container loading and unloading
Part transfer between processes
Application Benefits
The use of 3D vision bin picking solves critical challenges in automated part feeding.
High Flexibility
It allows handling randomly positioned parts and eliminates the need for dedicated orientation or feeding devices.
Precise Gripping
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The system maintains stable performance even with part variations, reflections, overlaps or different container fill levels.
Robustez Industrial
The system maintains stable performance even with part variations, reflections, overlaps or different bin fill levels.
Intelligent Picking of Randomly Arranged Parts
O bin picking é uma solução de visão artificial que permite identificar e recolher peças colocadas de forma aleatória em contentores, sem necessidade de ordenação manual ou sistemas mecânicos dedicados.
SENTINEL Vision’s Bin Picking solutions use 3D vision and advanced algorithms to provide the robot with precise information about part position and orientation, even when parts are overlapping or partially occluded.
3D Localization
In bin picking applications, critical gripping references such as axes, surfaces and reference points are calculated from 3D data.
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This analysis enables the selection of the optimal gripping strategy, considering part geometry, gripper type and the presence of neighbouring parts, reducing gripping failures and collision risks during robot motion.
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Robot – Camera Calibration
In bin picking applications, robot camera calibration is a semi automated, step by step guided process that ensures overall system accuracy. Using a calibration panel, the software computes the transformation between the camera coordinate system and the robot coordinate system.
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This allows the robot to know exactly where each detected part is located, ensuring high precision picking even when parts are disorganised and defining the inspection workspace.