Intelligent high-speed vertical pallet stacking robot
1. Fast speed: It can quickly and accurately complete the stacking task of pallets, greatly improving the efficiency of cargo handling in logistics and production lines.
2. Continuous work: It can work continuously for a long time without being affected by human factors such as fatigue and rest, ensuring the continuity and stability of production, and effectively reducing the fluctuation of production efficiency caused by intermittent manual operation.
3. Strong vertical stacking ability: It is good at stacking operations in the vertical direction, and can make full use of the vertical space of the warehouse or production site to increase the storage density of goods.
4. Precise positioning: Through advanced sensors and control systems, it can accurately place pallets in designated positions to ensure the neatness and stability of stacking, and further improve the utilization efficiency of space.
5. High-precision operation: It has high-precision motion control capabilities, and can accurately grab, carry and place pallets during the stacking process to ensure that the position and posture of each pallet meet the requirements, reducing the risk of damage and dumping of goods.
6. Good stability: The structure is reasonably designed and the operation is stable. It can maintain good stability while operating at high speed, avoiding stacking errors or safety accidents caused by shaking, vibration and other factors.
It is usually made of high-strength alloy materials or high-quality steel to ensure the sturdiness and stability of the fuselage, and can withstand long-term high-speed operation and heavy cargo weight. The fuselage is compactly designed to minimize the footprint so that it can be flexibly deployed in a limited space. It generally has multiple joints, similar to the structure of human arms, has a high degree of freedom, can move flexibly in three-dimensional space, and can accurately grasp, carry and stack pallets.
Speed：6-8 times/min,Load：60KG,Weight：820KG,Power：8KW,Work radius：2000mm,Applicable Products：carton, film bag, woven bag, barrel,Pallet size：800-1200*W800-1200*150-200(mm),Pallet supply method：Artificial placement/automatic placement,Grabbing：suction cup/clamp,Palletizing height：from the land1600-1800mm (Determined by gripper and carton height),Applicable power supply：380v50HZ,Applicable air: 0.5-0.6kg/m³,1.5M3/min,Body:Carbon steel baking paint,Color:can be customized(standard 7035)
Protective devices: Robots are usually equipped with protective devices such as safety guardrails and protective covers to prevent people from accidentally entering the robot's working area and avoid safety accidents. The protective devices are made of high-strength materials and have good protective performance.
Safety sensors: Various safety sensors are installed, such as collision sensors, proximity sensors, etc. When the robot detects an obstacle or a person approaching in front during operation, it will stop running immediately to ensure the safety of personnel and equipment.
Emergency brake device: An emergency brake button is provided. When an emergency occurs, the operator can quickly stop the operation of the robot by pressing the emergency brake button to avoid accidents.
Communication interface: It has multiple communication interfaces, such as Ethernet, serial port, wireless communication, etc. It can seamlessly connect with other automation systems such as warehouse management system (WMS) and logistics control system to realize real-time interaction and sharing of information. Through integration with other systems, the robot can perform stacking operations according to the task instructions issued by the system, and at the same time feedback the progress and results of the stacking to the system, so that the enterprise can uniformly manage and schedule the entire logistics and production process.
Human-computer interaction interface: It is equipped with an intuitive and easy-to-understand human-computer interaction interface. The operator can easily set the robot's working parameters, monitor the robot's operating status, and view the progress of the stacking task through the interface. The human-computer interaction interface is usually in the form of a touch screen or display screen, which is simple and convenient to operate.
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