Automatic Lorry Loading Machine
A robotic arm-type loading machine, also know as lorry loader, is an automated device integrating mechanical, electronic, and intelligent control technologies. It is primarily used for automated loading of goods and can be widely applied in industries such as chemicals, building materials, and food.
Technical Features:
Intelligent Recognition and Positioning: Equipped with sensors and vision recognition technology, it can identify products of different types, sizes, and shapes, laying the foundation for subsequent loading work.
Precise Control: Through a precise control system, the robotic arm can accurately grasp, transport, and place materials, ensuring efficiency and accuracy in the loading process and reducing the risk of cargo damage.
Adaptive Adjustment: The system automatically adjusts its loading strategy based on the size and shape of the truck bed, compatible with various vehicle types including container trucks, high-sided trucks, and flatbed trucks.
High-Efficiency Loading: Compared to traditional manual loading methods, the robotic loading machine significantly reduces loading time and improves overall logistics efficiency.
Cost Reduction: It can replace manual labor in heavy loading tasks, reducing labor costs for businesses while increasing vehicle loading capacity, thus helping to reduce the number of transport trips and lower costs.
Typical Application Scenarios:
Chemical Industry: Enables safe and accurate loading of bagged and drummed chemicals, reducing human contact and lowering the risk of accidents.
Feed Industry: Automates loading of bagged and boxed feed, reducing loading time and improving logistics efficiency.
Home Appliance Industry: Automates loading of home appliances, improving loading efficiency and reducing damage during transportation.
Working Principle:
The robotic arm-type loading machine (lorry loader) achieves fully unmanned operation by integrating a robotic arm, sensors, a vision recognition system, and intelligent algorithms. After the truck arrives, sensors and the vision recognition system scan the truck bed to obtain information such as its size and shape. Then, the intelligent algorithm calculates the optimal placement of goods and the loading path based on this information. Next, the robotic arm accurately grasps the goods according to system instructions and transports them to the designated location within the truck bed for stacking. During the loading process, sensors monitor the placement of goods in real time, and the system automatically adjusts the loading path if errors occur.
