Robotic technologies and systems
Sorting robots
SR-robots enable the sorting of piece goods by order or by direction, depending on requirements. Distribution of goods in the robotic sorting system is carried out by a control system, which assigns a sorting address to each item. The only requirement for incoming goods is the presence of a barcode on the package or an RFID tag.
Depending on the model, the robotic sorters are able to carry different types of goods, ranging from a few grams up to 50 kg. The key advantages of this solution are the portability of the sorting system, the scalability and the short implementation time, which allows this sorting method to be used on small areas with the prospect of further growth.
AMR-robots
AMR-robots are vehicles that use sensors, processors and navigation algorithms to move around a warehouse or facility without the need for physical guidance. Intelligent AMR navigation is provided by maps that are either constructed by on-board systems and software or downloaded already prepared in advance.
AMR is easy to adjust even while working, with the flexibility to rearrange the route and actions on the route available to it. When an obstacle appears on the path, the robot looks for ways around it and does not wait for the obstacle to be removed.
AMR-robots are characterised by high precision navigation, safety and versatility.
FMR-robots
The automation of intra-warehouse movement of goods can start immediately at the unloading dock. FMR-robots are replacing forklifts with drivers.
FMR is an autonomous forklift truck that operates in automatic mode, carrying out tasks according to WMS commands. Reliable gripping system ensures gentle handling of loads weighing up to 3,000 kg packed on pallets. Precise navigation and obstacle detection sensors ensure a safe and trouble-free workflow.
The forklift's on-board computer not only allows you to get the goods precisely into the right slot and avoid obstacles, but also allows you to choose the best route yourself. The autonomous forklifts have a charging time of 2 hours, after which they operate autonomously for 6-8 hours.
CTU-robots
CTU-robots are mobile systems for servicing shelf racks. This type of robotics is used to feed "goods to person" with a picking procedure from the storage area automatically and for the reverse process of placing goods into specified storage cells. CTU-robots use QR code tags for navigation.
High performance is achieved by moving up to 9 boxes of up to 50 kg each at the same time, with a maximum working height of 8 metres.
The main advantages of CTU-robots are:
- high accuracy
- efficiency
- safety
- reliability
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