Stacker cranes for miniload warehouses
Short cycle times, direct access to all articles as well as high throughput performance and optimum space utilisation: Our automatic small parts warehouses represent an ideal storage solution for large quantities of small parts and maximum goods turnover.
Efficient and systematic small parts storage
You can achieve optimal productivity when using Jungheinrich automated small parts storage and its key component, our stacker cranes: quick access, high throughput, optimal space utilisation. Based on this, your automated miniload warehouse is custom-designed to your specifications. That creates room for extremely space-saving and very flexible storage of small parts in containers, cartons, or trays. Execution in single-deep or multi-deep applications, as storage for spare parts, picking, or buffer stock, for example, or for distribution.
Speeding to top performance
Jungheinrich’s automated miniload warehouse fully utilises up to 25 meters of room height. Your goods are stored on and retrieved from angular supports or modular shelving. Our stacker cranes for miniload warehouses work at speeds of up to 6 m/s and accelerate up to 5.3 m/s². These smart high-performance devices display their full potential in trouble-free, multi-shift operation (24/7). Fully automated and absolutely reliable.
Intelligently reaching energy efficiency: SuperCaps
SuperCaps are part of the drive configuration of our miniload. They facilitate an especially intelligent and economical energy management: Energy produced during braking is stored on the machine in the SuperCaps and returned to the drive system for the next acceleration processes.
Innovative construction with lots of benefits
Our latest generation of stacker cranes for miniload warehouses are also impressive due to their future-oriented construction. Their light structure saves energy, and the novel, modular mast design allows the stacker crane to be flexibly scalable. Our innovative rail construction, with an Omega drive system integrated into the mast base, provides the lowest approach dimensions it its class and therefore even more optimised space utilisation.
