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INTRODUCTION
The automated hybrid robotic palletizer combines the speed and dependability of traditional machinery with the flexibility of our robotic equipment to produce pallet loads of the highest quality. The current invention relates to small palletizers that stretch-wrap the pallet while it is being constructed.
The present invention specifically employs a robot to position items from a fixed infeed elevation above or alternatively below the height of the finished load. The rough-built load is compressed to the final pallet size using a four-sided compression device, and then the entire layer is discharged onto the pallet.
Select things or groups of items, and then arrange them loosely on a layer support device. Because of the loose orientation, palletizing may be done significantly more quickly.
The Title Name accounted for $XX Billion in 2022 and is anticipated to reach $XX Billion by 2030, registering a CAGR of XX% from 2023 to 2030.
A single robot that changes six separate magazines is combined with two AC 420 high level infeed palletizers that have fixed pallets facing one another to create the hybrid palletizer.The robot feeds the two AC 420 palletizers with pallets, interlayers, and layer pads from six fixed stations.
According to special logistical requirements, this particular robotic cell may manage varying pallet and layer pad diameters. In other words, the products can be palletized without the machine having to stop.
Hybrid Automated palletizer machines offer flexibility and automation in a small size. Robotic palletizers can generate any pallet layout, stack a wide variety of products, and overlap bags. Robotic palletizing equipment can be set up for straightforward single-pallet applications or fully automated palletizing of goods from many bagging lines.
Layers of finished items (trays, shells, packs, or cases) are oriented, arranged, and placed by the Sentry Hybrid robotic palletizer onto a pre-staged pallet for delivery to the end customer. Robotic handling techniques are combined with traditional handling techniques in hybrid technology.
A case switching zone takes the place of pneumatic case diverters and case switches. Depending on the line speed, a multi-axis SCARA servo positioner (one or two) automatically tracks, turns, and steers the product to its intended lane.
The Sentry Hybrid arms use open source Rexroth programming instead of conventional robotics.
