Due to the susceptibility of printed materials to surface scratches, manual handling results in a damage rate as high as 5–8%. Additionally, labor costs during special work periods are 50% higher than usual, while the limited stacking height in manual operations leads to less than 60% warehouse space utilization, causing significant space waste.
The palletizing robots employ flexible grippers and high-precision vision positioning technology, enabling accurate handling of printed products with special finishes such as laminating, foiling, and embossing. The gripping force can be intelligently adjusted within a range of 0–50N to prevent surface damage. The robot can achieve a stacking height of up to 2.6 meters, increasing warehouse space utilization from 60% 到 85%.
This provides significant value to customers. The damage rate is dramatically reduced from 8% 到 0.5%. 除了, the palletizing speed reaches 12 每分钟盒数, which increases the overall capacity by 40%. And the labor input is reduced by 70%, with a return on investment achieved in less than 9 月.
