Robot automatic palletizing

Robot automatic palletizing is an automated equipment that uses industrial robots as its core, combined with column/base support, end effector, and visual positioning system, to achieve automatic material grabbing, handling, and layered stacking onto pallets. Adopting modular design, compact structure, easy operation, adaptable to different specifications of materials and pallet sizes, stable and efficient operation, capable of 24-hour continuous operation, replacing manual completion of high-intensity palletizing work, greatly improving palletizing regularity and operational efficiency.

Product Advantages

Efficient and labor-saving, a single unit can replace 2-3 workers, with a stacking speed of 800-2000 pieces per hour, precise positioning, neat and standardized stacking, effectively reducing material extrusion losses. Safe and reliable, replacing manual labor in harsh environments such as dust and heavy loads, eliminating the risk of work-related injuries during the palletizing process, and controlling the cargo damage rate below 0.1%. Flexible adaptation, can quickly switch materials and pallet specifications, supports multi SKU mixed line palletizing, simple maintenance, low operation and maintenance costs, and adapts to the continuous operation needs of large-scale production.

Applicable materials

Suitable for various packaging materials such as cardboard boxes, feed bags, cement bags, chemical raw material barrels, plastic granule bags, food packaging boxes, etc. It can adapt to materials of different weights and sizes, accurately grasp easily deformed and highly reflective materials, and is not suitable for oversized, overweight, easily broken, and scattered materials, meeting most industrial palletizing needs.

Application Industry

Widely used in industries such as chemical, building materials, grain, feed, food, medicine, logistics, mining, etc. Suitable for scenarios such as palletizing at the end of production lines, palletizing in warehouses, and transcoding palletizing in materials, especially suitable for working conditions with large palletizing volume, high labor intensity, and requirements for palletizing regularity. It helps enterprises achieve palletizing automation, reduce labor costs, and improve operational efficiency and standardization.