ProMat 2025: Mobile robots, robot arms, ASRS and more on display

Load Forming Logic (LFL) software is a component of Vanderlande’s STOREPICK, a modular, robotic, end-to-end case-picking system. Featuring the company’s ADAPTO shuttle-based AS/RS, VISION software, depalletizing and palletizing robots, Pallet AV load carriers and AMRs, STOREPICK automates the most labor-intensive tasks in the retail supply chain. LFL brings higher efficiency and convenience to one of the most difficult and time-consuming tasks facing grocers and food retailers - replenishing stores and optimizing transportation and logistics operations. LFL can replicate the most efficient case pickers while overcoming challenges associated with traditional stocking operations. LFL’s customizable algorithms ensure each pallet is designed to adhere to the receiving store’s unique planogram. Palletizing robots or workers at grocers’ distribution centers can then build the optimal pallet based on which aisle SKUs are located, the ideal order in which they are unstacked and shelved, and how items can simultaneously be arranged to maximize pallet stability and density. Vanderlande, Booth S1503

Store-friendly replenishment and shelf stocking

Load Forming Logic (LFL) software is a component of Vanderlande’s STOREPICK, a modular, robotic, end-to-end case-picking system. Featuring the company’s ADAPTO shuttle-based AS/RS, VISION software, depalletizing and palletizing robots, Pallet AV load carriers and AMRs, STOREPICK automates the most labor-intensive tasks in the retail supply chain. LFL brings higher efficiency and convenience to one of the most difficult and time-consuming tasks facing grocers and food retailers - replenishing stores and optimizing transportation and logistics operations. LFL can replicate the most efficient case pickers while overcoming challenges associated with traditional stocking operations. LFL’s customizable algorithms ensure each pallet is designed to adhere to the receiving store’s unique planogram. Palletizing robots or workers at grocers’ distribution centers can then build the optimal pallet based on which aisle SKUs are located, the ideal order in which they are unstacked and shelved, and how items can simultaneously be arranged to maximize pallet stability and density. Vanderlande, Booth S1503

ProMat 2025 in Chicago will feature over 50,000 manufacturing and supply chain professionals to learn, engage and connect with warehouse automation and robotic technology.

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