Roller Storage System
Invicta’s range of high-density mobile shelving and roller storage systems can increase storage capacity by as much as 70% throughout a range of working environments.
Whether you are storing archive materials, library books, office files or even retail stock items, a high-density roller storage solution can dramatically transform the efficiency of your office, library or stockroom.
Roller storage units are standard shelving components mounted upon mobile bases that run effortlessly on tracks which are laid onto existing floors.
Operation is achieved by low effort action of the hand wheels located on each mobile shelving unit. Electrically driven controls are also an option which allows push-button operation of the system.
To access the required content stored within the shelving, the units are simply rolled apart to create an aisle in the desired location, allowing direct access to the item. Roller racking is intrinsically more secure than open static shelving arrangements as the blocks of shelving can be closed and secured to prevent unauthorised access.
Typical applications for wheel assisted mobile shelving and roller storage is libraries and archives within universities and public records offices and medical records within Hospitals.
The main advantage of roller storage is the large increase in volume it gives when compared to static shelves. By eliminating the unused space between runs, this type of shelf compactor reduces the floor area that is required – thus allowing either more shelves to be fitted or a reduction in the space allocated to storage.
Invicta’s roller-based storage method offers a flexible, mobile answer to high-density storage requirements. Roller storage can be used for any storage application such as:
- General Commercial & Office Storage
- Doctors surgeries
- Universities, Schools and Colleges
- Banking Insurance & Finance
- Government agencies
- TV and Film Industry
- Pharmaceutical facilities
- Food storage.
Click the link to see a full range of our mobile shelving solutions and applications.