Automatic column palletizer for emd of production line
Column:
As the main support of the entire palletizer, it is usually one or two vertical steel columns.
All motion mechanisms and robotic arms are installed on this column, ensuring the stability and compactness of the equipment.
Robotic arm:
End effector (gripper/gripper):
Vacuum suction cup: Suitable for cartons and plates with flat surfaces.
Mechanical grippers: Suitable for boxes and barrels with specific gripping points.
Clamping grippers: Suitable for bagged, bottled or barreled materials.
Special customized grippers: For materials with special shapes or special requirements.
Material conveying and positioning system:
Feed conveyor line: conveys the materials to be palletized from the production line to the grabbing area of the robot arm.
Material shaping/positioning device: ensures that the materials are in the correct and stable position and posture before being grabbed, so that the robot arm can grab them accurately.
Pallet supply and output system:
Empty pallet warehouse/feeder: automatically delivers empty pallets to the palletizing area.
Full pallet conveyor line: conveys the pallets that have been palletized to the wrapping machine, packaging machine or outbound area.
Control system:
Robot controller: controls the motion trajectory, speed and action sequence of the robot arm.
PLC (Programmable Logic Controller): coordinates the linkage work of all equipment (conveyor line, pallet machine, robot, etc.) in the entire palletizing system.
Human-machine interface (HMI): provides an operation interface for pallet type editing, parameter setting, status monitoring and fault diagnosis.
Due to its structural characteristics, the column palletizer has the following significant advantages:
Small footprint and high space utilization:
Compared with traditional gantry palletizers or some large palletizing equipment, the column design is more compact, especially suitable for factories or the end of production lines with limited space.
The robot arm can rotate around the column to effectively utilize the space within its working radius.
High flexibility:
The multi-joint robot arm has high flexibility and can adapt to complex palletizing modes, such as staggered palletizing, rotary palletizing, etc., to ensure the stability and aesthetics of the pallet shape..
By replacing the gripper and adjusting the program, it can quickly adapt to the palletizing needs of products of different sizes, shapes and packaging methods, and realize the flexibility of the production line.
High precision and high stability:
Modern industrial robots have excellent repeatability accuracy, ensuring that each layer and each material is placed accurately and correctly, improving the quality of palletizing. The column structure is sturdy, providing good support for the stable operation of the robot arm.
Improve production efficiency and reduce costs:
The robot can work 24/7 non-stop, with high speed, greatly improving palletizing efficiency and shortening production cycle.
Replacing manual palletizing, significantly reducing labor costs, and avoiding occupational injuries and safety risks that may be caused by manual handling of heavy objects.
Easy to integrate and maintain:
The modular design makes it easy to integrate with existing production lines.
The maintenance of the robot body and related components is relatively simple.