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Picking Robot
Robotic pick station that completely automates order picking to maximize efficiency and productivity.
The product
Fully automated picking for fast, accurate, and intelligent order fulfillment
The picking robot is a pick and place cobot designed to automate order picking. It picks products from one storage tote or container and places them into another autonomously. Thanks to innovative deep learning-based vision software and a highly versatile gripping device, the robot handles a wide variety of items with absolute precision, regardless of their sizes, shapes, or finishes.
Interlake Mecalux picking robots are ideal for warehouses that handle a large volume of daily shipments or face high-intensity seasonal peaks in demand. Robotic picking is the ultimate solution to increase productivity, reduce operating costs, and maximize order fulfillment efficiency in companies across all sectors, including the e-commerce, pharmaceutical, textile, and food industries.
Picking robot advantages
- High throughput: the cobot can achieve up to 1,000 picks/hour. Its operating speed and capacity to work uninterruptedly 24/7 significantly streamline order picking and boost productivity compared to manual solutions.
- Maximum efficiency: goods-to-robot order picking systems minimize the possibility of error and free operators from repetitive tasks.
- Great flexibility: the gripping device adapts to the characteristics of the product to be handled. As a result, the cobot can work with a wide variety of items of different shapes, surface finishes, and sizes.
- Absolute accuracy: the vision software instantly calculates and identifies the best pick point for each product according to its attributes and position inside the tote.
- Autonomous operations: thanks to the vision software’s advanced AI algorithms, the robot can pick unknown items without the need for prior training. This ensures immediate adaptation to warehouse inventory and any variations in SKUs.
- Integration and adaptability: the robot is compatible with other automated warehouse systems, such as mini-loads and the Shuttle System.
- Enhanced safety: the cobot is capable of detecting any presence in its vicinity and adjusting its working speed, making its environment extremely safe.
- Ease of use and implementation: its intuitive user interface and simple installation ensure a quick system setup.
Robotic arm applications
Optimized picking operations for companies across all sectors
The robot’s versatility, which allows it to identify, pick, and place a wide range of items, makes it well-suited for various requirements. It is an ideal solution for streamlining order fulfillment in scenarios with high product turnover or seasonal peaks in demand.
Warehouses with intensive picking of multiple SKUs
Picking robots are perfect for facilities that manage a large number of small-sized SKUs with a high daily volume of shipments.
E-commerce warehouses
Automated picking is the optimal solution for several key challenges faced by e-commerce companies, such as managing fast shipments and eliminating errors in order picking.
Cosmetics and pharmaceutical facilities
The robot reliably handles items of various shapes and dimensions. It provides essential flexibility in the cosmetics and pharmaceutical industries, where fragile and high-value products are often handled.
Food-industry facilities
Automated picking enhances the effectiveness of order picking for supermarkets and other food distribution companies in response to the rise of online sales.
Textile warehouses
Picking robots streamline operations in the warehouses of fashion industry companies, as they can handle bagged garments.
How does a picking robot work?
Smooth operations for continuous, error-free order picking
The high accuracy and efficiency of Siemens’ SIMATIC Robot Pick AI vision software guarantee reliability in picking. The robotic arm’s versatility and gripping device further enhance the system’s performance.
Arrival of storage and order totes
The warehouse management system (WMS) sends a bin containing SKUs and one or more empty order boxes to the pick station where the robot operates. The totes arrive at the station via conveyors. The WMS also tells the robot which type of gripper to use for that SKU.
Product identification
The vision system’s camera takes a picture of the inside of the box containing the SKUs. Then, the vision software analyzes the picture captured to identify the silhouette of the product to be picked and determine the most optimal way to do so.
Product picking and placing
Using the data provided by the Siemens AI software, the industrial robotic arm picks the selected product and moves it to the corresponding order box for placement.
Picked order
Once picking has finished, conveyors transport the tote containing the order to another area in the facility (consolidation, shipping, etc.).
Components of the robotic order picking system
Interlake Mecalux’s innovative order picking robot is a cutting-edge technological solution. It consists of vision software based on deep learning algorithms, a high-performance robotic arm, and a versatile, highly precise gripping device.
The system captures an image of the box containing SKUs and processes it through artificial intelligence software. This process defines the product to be picked and the fastest and most effective way to do so.
Together, the robotic arm and the gripping device form the unit that handles the product in pick-and-place operations.
The robotic picking system includes several safety devices to facilitate the collaborative work characteristic of this solution as well as safe product handling.
Camera
High-resolution camera mounted above the location of the box containing SKUs. It takes a color image, complemented by a 3D point cloud of the inside of the box.
Vision software
The SIMATIC Robot Pick AI vision software (from Siemens) processes the image captured by the camera. With an extremely high degree of precision, it determines the optimal picking point and the best orientation for the gripping device. Through CAD modeling, the software is capable of identifying any product without requiring prior training.
Arm
Compact, high-performance robotic arm with a gripping device integrated at the end. It provides maximum operational efficiency and a long reach of up to 51'.
Gripping device
Versatile, lightweight vacuum gripper that adapts to items of various shapes, surface finishes, weights, and dimensions. It grips products optimally, ensuring delicate handling to prevent any damage during pick-and-place operations.
Rotoscan
Laser scanner that activates the reduced work mode when it detects the presence of an operator in the robot’s operating area. This mode slows down the cobot’s speed to prioritize the safety of humans in its vicinity.
FAQs
Picking robots can handle a wide variety of goods of different shapes, surface finishes, materials, and sizes. These run the gamut from boxes and bags to individual items and both rigid and flexible packaging. The products to be handled will determine the types of grippers the robot will use.
The only limitation regarding the dimensions of the goods handled has to do with the size of the order box: the product must fit inside it without coming into contact with its edges. Additionally, none of the product dimensions (length, width, height) can be less than half an inch.
The gripping device integrated into this robot can handle items weighing up to 6.6 lb.
The robotic arm has a reach of 51'.
Interlake Mecalux’s picking robot can transfer products from a storage tote to 4 separate order boxes simultaneously. Thus, it can fill up to 4 different orders at once.
Yes. Thanks to its design, it is possible to automate a manual pick station by installing a robot capable of moving products from storage totes to order boxes.
While a standard industrial robot cannot share space with people for safety reasons, a cobot is designed precisely to work alongside humans. When actively in use, industrial robots must be isolated in enclosed spaces. Cobots, in contrast, do not require a physical barrier around them. Interlake Mecalux’s picking robot, for instance, simply slows down when an operator approaches and speeds up again when the person moves away. Additionally, cobots are typically faster to set up and program than industrial robots.
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