Mobile Shelving
Mobile Shelving is a cost effective, high density storage solution designed to optimize space across a wide range of environments.
Mobile shelving consists of frames and shelves mounted on mobile bases that travel along floor-mounted rails. The bases can be operated manually using an ergonomic handwheel or, if required, through a motorized system for enhanced efficiency. These systems are highly versatile and suitable for a wide range of applications. In offices and institutions, mobile shelving provides organized storage for files, documents, archives, and stationery, helping to maximize workspace.
In industrial and cultural environments, it offers efficient storage for spare parts, tools, medical kits, and sensitive items, ensuring easy access while protecting valuable assets. Retail and distribution facilities benefit from mobile shelving for back-of-store storage of medium- to slow-moving items such as apparel, books, and archived materials.
More storage, less space - smart shelving solution
Mobile shelving systems deliver significant advantages for any facility. They maximize space utilization, allowing up to 100% more storage within the same footprint, and provide smooth, efficient access whether operated manually or motorized. Safety is enhanced through passive sensors, photocells, and controlled access options, while storage can be adapted to suit a wide variety of items, including files, documents, apparel, tools, medical supplies, media, and artwork. Additional customization is possible with drawers, dividers, pull-out shelves for suspension files, and optional accessories such as lockable doors, garment-on-hanger systems, pull-out frames, and integrated lighting.
For facilities with high ceilings, SPAN offers the Double Decker Mobile Shelving solution, which provides two levels of mobile shelving on a single base. Accessed via walkways and stairs, this configuration maximizes vertical space without requiring additional structural modifications, making it an ideal solution for facilities looking to expand storage capacity efficiently while maintaining ease of access and operational flexibility.