1. High applicability: When the size, volume, shape, and pallet dimensions of the products manufactured by a company change, only minor modifications need to be made on the touchscreen, without affecting the company's normal production. In contrast, changes to traditional mechanical palletizers are quite troublesome or even impossible.
2. High reliability: Packaging robots can maintain the same state in repeated operations without subjective interference similar to that of humans, so their operation is highly reliable.
3. High degree of automation: The operation of packaging robots relies on program control and does not require human intervention. The high degree of automation saves a lot of labor.
4. High accuracy: The operation and control of the packaging robot are precise, and its positional error is basically below the millimeter level, with excellent accuracy.
5. Low energy consumption: The power of a typical mechanical palletizer is around 26KW, while that of a packaging robot is around 5KW, which greatly reduces the customer's operating costs.
6. Wide range of applications: Packaging robots have a wide range of uses, and they can perform a variety of tasks such as grasping, handling, loading and unloading, and stacking.
7. High efficiency: Packaging robots work quickly and without interruption, so their work efficiency is high.
8. Small footprint: Packaging robots can be installed in narrow spaces and used effectively, which is beneficial for the layout of production lines in customers' factories and can leave more warehouse space.
Packaging robots improve production efficiency and product quality for businesses, reduce the number of workers and their workload, and ultimately enhance business profitability. This is why companies choose packaging robots to replace traditional production lines.
