Bin Picking ist ein Schlüsselthema für die Automatisierung in der Intralogistik. Lösungen von Festo ermöglichen es Ihnen, ungeordnete Objekte unterschiedlichster Form und Größe vollautomatisiert zu greifen. Setzen Sie mit innovativer Künstlicher Intelligenz einen neuen Maßs tab in der Effizienz Ihrer Intralogistik. Mit unseren modularen Bin-Picking-Lösungen meistern Sie selbst komplexe Pick-and-Place-Anwendungen flexibel, sicher und zuverlässig.
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Arquemino Lopes Junior, Industry Segment Manager Intralogistics bei Festo, hat über die Bedeutung von Bin Picking gesprochen und wie diese Funktion die Effizienz und Flexibilität in der Intralogistik verbessert.
Bin picking is the automated removal of objects from containers using robots and gripper systems. This technology is used in intralogistics in particular and enables randomly placed objects of different shapes and sizes to be precisely gripped and further processed. Cameras, sensors and often also artificial intelligence work together to recognise the position and orientation of objects. Bin picking optimises the flow of materials and reduces manual work, thus increasing efficiency and reducing costs.
“Bin picking” is the automated removal of randomly placed objects from a container using robots and grippers. It uses technologies that include cameras and sensors to recognise the position and orientation of objects, enabling precise and flexible handling in intralogistics without having to sort the objects beforehand.
Cameras and sensors are often used together with artificial intelligence in bin picking, so that the position and orientation of randomly placed objects in containers can be detected. The robot calculates the optimum gripping point and removes the objects reliably and precisely. This technology automates the process and increases the flow of materials by working reliably, even when objects have different shapes.
Bin picking automates the removal of objects directly from containers and reduces manual processes. This boosts efficiency, reduces errors and increases flexibility in the flow of materials. AI-supported systems allow even complex tasks to be carried out quickly and precisely, which significantly improves productivity in warehouse logistics.
Artificial intelligence enables bin-picking systems to reliably grip unknown objects without the need for extensive programming. AI algorithms recognise the shape and position of the objects and automatically adapt the gripping process, allowing the systems to adjust dynamically to changing tasks and increasing flexibility in operation.
Different types of grippers are used for bin picking, such as vacuum, parallel and adaptive grippers. The choice of gripper depends on the shape and material of the objects. Modern systems can automatically switch between gripper types, providing a flexible solution that adapts to different requirements and ensures safe, damage-free handling.
Bin picking is particularly advantageous in warehouse logistics, the automotive industry, electronics manufacturing and e-commerce. These industries benefit from the ability to pick up a wide variety of objects automatically and flexibly, as this reduces labour costs, increases efficiency and at the same time ensures a high degree of flexibility in the process.
The adaptive shape gripper DHEF is based on natural principles and is able to securely grip workpieces of different shapes and sizes, and release them again, even handing them to people. It is ideal for gripping parts with undefined positions and shapes, as it grips objects with variable geometries with a positive fit. A particular advantage is the suction cup effect, which provides additional stability. Thanks to its gentle gripping action, the DHEF is particularly useful for fragile products. The RA1 version also enables it to be quickly integrated into lightweight robot environments and facilitates automation.
The main features of the adaptive gripper finger DHAS are its particularly gentle gripping, low-vibration transport and shock-free setting down of products. Thanks to the Fin Ray Effect®, which is inspired by the structure of a fish tail fin, the gripper finger adapts automatically to different object shapes. This makes it ideal for sensitive materials and surfaces. The DHAS can reliably and flexibly grip objects with diameters from 6 to 120 mm, making it a versatile solution for numerous applications.