In the animal feed industry, robots are employed to palletize bags or containers filled with feed pellets, grains, or other feed ingredients. These robots use specialized end-of-arm tools (EOATs) to grip and stack bags efficiently onto pallets. They can handle bags of various sizes and weights, ensuring uniformity in pallet stacking.

For industries dealing with products such as cement, fertilizers, or grains packed in sacks or bales, robots offer a highly efficient solution for palletizing. They can handle heavy sacks or bales with ease, stacking them securely on pallets in predetermined patterns. This automation reduces the need for manual labor in physically demanding and repetitive tasks, improving productivity and safety in the workplace.

In agriculture, robots are increasingly used for palletizing harvested crops such as potatoes and onions. These robots are equipped with specialized grippers designed to handle delicate produce without causing damage. They can carefully arrange potatoes or onions onto pallets according to specific stacking patterns, optimizing storage and transportation efficiency.

Industries dealing with powdered substances, such as flour, sugar, or cement, often require precise palletizing to prevent spillage or product contamination. Robot palletizers equipped with vacuum or suction grippers can handle bags or containers filled with powders, ensuring gentle and accurate placement on pallets. This minimizes product waste and maintains cleanliness in the production environment.

In construction and mining industries, aggregates like sand, gravel, or crushed stone are commonly palletized for transportation and storage. Robots equipped with heavy-duty grippers are capable of handling bulk quantities of aggregates, stacking them securely on pallets or in containers. This automation improves efficiency and reduces manual labor in handling heavy and bulky materials.