Spacesaver helps a hospital gain 38% more storage spaceA hospital in Lincoln, Nebraska, used a surgical supply room renovation as an opportunity to create a storage system that would optimize space and allow staff to use their time more efficiently. The project planning team decided to install LEVPRO, a storage system that consists of shelving units that can be rolled along an overhead track. The new LEVPRO system allowed the sterile storage area to gain 38% more space for storing surgical kits and other operating room supplies — and the system simplifies cleaning routines because the shelving units “levitate” above the floor. |
Learn more about this solution HERE. |
Monthly Archives: September 2017
Vol. 143: Storing larger grenade launchers in UWRs
Spacesaver’s UWR efficiently stores M320 grenade launchersAs the U.S. military converts from the M203 grenade launcher to the larger, more powerful M320, Spacesaver has confirmed that M4s with the M320 attached can be stored five across in a 45” Universal™ Weapons Rack. An additional five M4s can be stored, with optics affixed, across the bottom of the rack. These photos show how it works: Spacesaver’s inverted weapons bracket securely stores five M4s with M320s across the top, and five more M4s are stored barrel up, staggered between the inverted weapons. |
Learn more about this solution HERE. |
Vol. 142: Thermoplastic Coating on Extra-Wide Shelves
Vol. 141: Library Electronics Upgrade
Spacesaver refreshes a university library’s high-density storage system
After providing reliable service for more than 20 years, the electronic controls on a Spacesaver high-density mobile storage system in a St. Louis university library required an upgrade.
The university opted to upgrade to Spacesaver’s Eclipse electronic system with Touch Technology™ Control. That’s because they knew the investment would significantly extend the life of the university’s assets at a fraction of the cost of purchasing a new high-density shelving system, and the streamlined conversion process would minimize disruption.
Learn more HERE.