Automated palletizing with industrial robots and intelligent conveyor belts raises throughput to up to 30 cycles per minute, cuts labor costs by up to 70% and all but eliminates product damage. Explore the main components, implementation stages and applications.
Automation as the key to efficiency in modern logistics
1. Main system components
A) Industrial palletizing robot
- Configuration: A 6-axis robot with a payload of 50 kg to 500 kg, depending on needs. SCARA robots are used for fast operations with light loads.
- Functionality:
- Programmable patterns for different pallet types (EUR, INDU, non-standard sizes) and products (cartons, cylindrical objects, irregular shapes).
- Automatic position correction via built-in sensors for product anomalies.
- Precision: Repeatability of up to ±0.05 mm, suitable for fragile products such as glass bottles or electronic components.
B) Intelligent conveyor belt
- Design:
- Modular sections that can be extended.
- Adjustable speed (0.1–2 m/s) and zones for temporary accumulation (buffering) of products.
- Sensor network:
- Optical sensors to detect the shape and orientation of objects.
- Laser scanners for 3D mapping of products before they're fed to the robot.
- Integration: Connection to warehouse management systems (WMS) via standard communication protocols (OPC UA, MQTT).
C) Adaptive end effector (EOAT)
- Gripper types:
- Vacuum systems: For smooth, flat surfaces, with the ability to grip several objects in parallel.
- Mechanical fingers: With adjustable gripping force for delicate products.
- Hybrid solutions: A combination of vacuum and mechanical elements for complex shapes.
- Quick change: An automatic tool changer for continuous handling of different products.
D) Centralized control system
- Software architecture:
- A PLC-based control system with redundant modules for greater reliability.
- An HMI panel with real-time process visualization and the option of manual intervention.
- Functions:
- Predictive maintenance: Analyzing sensor data to anticipate failures.
- Adaptive algorithms: Automatically optimizing the robot's movements according to the conveyor load.
2. Advantages and economic impact
- Productivity: Up to 30 cycles/minute with minimal downtime.
- Flexibility: Changeover between products in under 15 minutes using predefined software profiles.
- Savings:
- Labor costs cut by up to 70%.
- Product damage reduced to 0.2% thanks to precision.
- Safety: Operator-free work zones, with protective enclosures and emergency stops.
3. Implementation stages
- Process analysis:
- Detailed mapping of the production flow, including product sizes, weight and throughput.
- 3D simulation:
- Visualization of the whole system in specialized software to check for collisions and optimize the workspace.
- Installation and testing:
- Installing the hardware and software, followed by load and endurance tests.
- Training and support:
- Training teams in operation, maintenance and troubleshooting software
4. Application scenarios
- Food industry: Palletizing bags, cartons of canned goods or beverage bottles.
- Pharmaceuticals: Precise stacking of medicine packages in sterile conditions.
- Electronics: Automatic sorting and palletizing of components of different sizes.
- Chemical industry: Handling hazardous materials that require minimal human contact.
5. The advantages of working with Artec Robotics
- Complete solutions: From design to post-warranty support.
- Custom configurations: Systems adapted to specific production needs.
- Innovation: Deploying technologies such as machine learning to optimize processes.
On the Artec Robotics “News” page you will find a variety of articles and guides on robotics and automation. Here you'll find useful information about the latest technologies, software solutions and programs that will help you dive deeper into the world of industrial robots and automated systems.
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