The pallet robot has the ability to flexibly adjust the stacking height and can adapt well to various storage needs. The following is a point by point introduction:

1. Automatic control lifting system
•The pallet robot is equipped with adjustable lifting devices or multi axis robotic arms, which can automatically lift and lower according to different cargo heights and stacking layers.
•The system will accurately control the stacking height according to task requirements to ensure that each item is placed smoothly and safely.

2. Adapt to various sizes and shapes of goods
•Different goods may have varying heights, weights, and stability.
•Robots can flexibly adjust the stacking height and spacing of each layer according to the type of goods or system settings, thereby achieving the best stacking effect.

3. Support dynamic stacking strategy
•The system can dynamically set stacking strategies based on real-time inventory status, inbound and outbound frequency, or order demand.
•For example, stacking high-frequency outbound goods at a lower height to reduce pickup time;
•Low frequency products are stacked higher to save ground space.

4. Match the height with the warehouse layout
•Due to different factors such as shelf height, floor height, and ceiling distance in the warehouse, pallet robots can automatically adapt to the on-site environment.
•Flexible operation can be carried out in low-level warehouses, small warehouses, or high-level three-dimensional warehouses to enhance spatial adaptability.

5. Intelligent sensors assist in judgment
•By using laser radar, visual recognition, or infrared sensors, robots can automatically perceive the current stacking height and stacking environment.
•Avoid safety risks caused by collision, tilting, or stacking of goods too high.

6. Support stacking of irregular goods
•When the shape of the goods is irregular or the height difference is significant, the robot can still achieve neat stacking by dynamically adjusting the height of each placement.
•Improved adaptability in multi variety and small batch storage environments.

7. Optimize space utilization
•By flexibly stacking goods of different heights, robots can maximize the use of vertical space, reduce gaps, and improve the overall capacity of the warehouse.
•Helps businesses save on warehousing costs, especially in high rent warehouse areas where it is more economical.

8. Support special scenarios and customization needs
•Stacking parameters can be set according to specific industry requirements, such as cold chain and high-precision electronic components, including height restrictions, stacking spacing, and anti pressure stacking strategies.
•Meet the strict requirements for stack height control in application scenarios.