The new high-bay warehouse supplied by AMOVA is a cornerstone of Lotte’s operations. With the capacity to store 500 coils or up to 6,000 tons of material, the warehouse features two stacker cranes that operate in a single aisle. This system provides direct access to each product, minimizing unnecessary movements and enhancing efficiency by reducing handling by 30 to 60 percent. The integrated coil transport systems connect all handling activities and are backed by advanced automation equipment and a proprietary warehouse management system.
AMOVA’s warehouse management software plays a pivotal role in optimizing operations. It offers precise material tracking and real-time location updates to ensure that no product is lost and that operational efficiency is maximized. Seamlessly integrated with SMS’s manufacturing execution suite (MES) and quality execution suite (QES), it further enhances quality control and customization throughout the plant.
“AMOVA’s role in this project is crucial. Based on over more than three decades of experience in design and manufacturing of high-bay storage systems, AMOVA is unparalleled in its ability to handle heavy loads of up to 50 tons. Comprehensive intralogistics solutions include transport systems and automation to ensure the seamless integration and optimization of material flow.” Markus Schneider, Project Director Sales, AMOVA.
Lotte Aluminium’s new production facility in Elizabethtown, Kentucky, is dedicated to producing aluminum cathode foils. These foils will be integral to manufacturing lithium-ion batteries for electric vehicles. Lotte Aluminium and AMOVA have built a strategic partnership focusing on logistics and digitalization and aimed at combining advanced manufacturing capabilities with state-of-the-art logistics solutions.
AMOVA’s high-bay warehouse technology, in particular the automated high-bay stores, offers significant advantages over manual transport systems. Automated logistics systems are designed to handle the transport and storage of materials more efficiently and with less damage. This is especially important for highly sensitive materials that require careful handling.
