We access storage spaces with technology for people
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  • As a pioneering project our group used wood   for the primary structure of a high rise rack in 2005 and by that set a new standard in terms of carbon footprints of storage spaces.

    By now we have reference of serveral similar and equally sustainable projects.

  • Efficient operating paths save energy and time.

    The direct lateral connection for   high rise racks with several corridors together with our system of gangway bridges is the main factor for saving resources.

  • The loads of the generously dimensioned cabins   are balanced by counterweigths in both masts.

    Up to 35% per RGB can be economized with every lifting sequence.

    Due to a sufficiently dimensioned clearance the workspace can be designed according to ergonomic principles.

    The weight of the devices and supplement tools can be balanced by counterweights.