of labor in a distribution center is dedicated to picking tasks, making it the most expensive process in warehouses
of supply chain and logistics decision-makers categorize their resource constraints as high to extreme
Whether for logistics, the automotive industry, e-commerce or the food sector: Picking items is one of the fundamental tasks when it comes to managing internal and external orders for order shipping or production lines. To remain competitive and face labor shortage, robotics combined with AI offers an efficient and flexible solution. As the inventor of AI-based item picking, we have not only developed a deep expertise over the last 8 years, but also built up the most robust and high performance technology for various picking scenarios. The robobrain® technology comes with AI skills for vacuum and parallel gripping, enabling robots to detect and pick a large number of different objects – independent of shape, size and surface.
robobrain® AI combined with vision is the most robust and fastest technology for automated bin picking
The AI adapts to diverse shapes, sizes, andorientations, enabling handling of a wide range of items,particularly useful in environments where the shape and size ofobjects can vary significantly
Compared to traditional systems, the robobrain® AI vision system is more flexible and can handle variations in objectplacement and orientation, reducing the need for precise setup
Our AI vision quickly determines the mostefficient way to pick objects out of a bin. Compared to traditionalpicking methods it minimizes cycle times and increases the throughput
With AI-basedautomated picking long-term cost savings can be substantial,especially in environments with high labor costs or where precisionand efficiency are critical
Easily connect thesystem to your WMS to receive and manage orders
As the experts in AI based bin-picking we provide you with all components to create an individual solution
for you, including:
Let's automate your picking process with AI robotics – we provide everything you need.
"The bin-picking technology from robominds has a decisive advantage for me due to its modular composition. The customer only buys what he really needs. robominds understands the problems of logistics & production and has the right solutions at hand and if not, these are developed quickly and easily."
The robobrain® AI technology delivers the needed intelligence enabling robots to perceive their environment and act independently. By using deep learning techniques, our AI learns from examples and adapts to new scenarios without the need for extensive manual programming. There by different AI skills have been developed to detect and pick a wide range of objects in the most efficient and fastest way. The Vacuum Picking Skill detecting the optimal picking point for vacuum grippers and the Parallel Picking Skill identifying the right angle to grab objects with parallel grippers.
Identification of various unknown objects, thanks to the pre-trained AI (different sizes and shapes, matt and shiny surfaces)
Detection of the position and orientation of objects
Distinction between and sorting of different products (customer individual)
Sorting by dimensions of the objects
AI-based bin picking typically involves using cameras and sensors to perceive the environment, followed by algorithms that analyze the data to identify and locate objects within a bin. Robotic arms or other automation equipment then pick the objects based on this information.
AI-based bin picking systems can handle a wide range of objects, including parts of different shapes, sizes, materials, and surface textures.
Yes, AI-based bin picking systems can adapt to variations by employing machine learning algorithms that learn from data and adjust their picking strategies accordingly.
AI-based bin picking solutions can work with various bin types, including bins of different sizes, shapes, and materials, as well as trays, pallets, and shelves.
AI-based bin picking systems can communicate with WMS and other technologies through APIs or standard communication protocols. This integration allows the bin picking system to receive instructions from the WMS regarding which items to pick, their location within the warehouse, and destination for further processing or shipping.
