Product Description:
Workplace cranes for loads up to 10000 Kg Demag slewing jibs and cranes are a cost-saving addition...Product Description:
Workplace cranes for loads up to 10000 Kg
Demag slewing jibs and cranes are a cost-saving addition to integrated handling systems. In some cases, this handling equipment is often the most economical solution. This applies to storage yards, on loading ramps or in buildings where other equipment cannot be installed due to structural limitations.
You benefit from Demag pillar and wall-mounted slewing jib cranes
Improved ease of operation
Maximum operating safety
Easy assembly
Delivery including complete electrical equipment
Lockable mains connection switch
D-MOS mobile pillar-mounted slewing crane (up to 500 kg)
Ideally suited for workplaces that are subject to frequent change, since the crane is easily adapted to new requirements, or can be simply relocated together with the workplace. The location of the crane can be ideally adapted to the process requirements of the given application. D-MOS cranes are also highly suitable for maintenance or conversion work.
KBK pillar-mounted slewing jib crane (up to 1000 kg)
KBK slewing cranes feature high load capacities and outreach in relation to their deadweight. The low weight enables the jib to be moved easily and the use of KBK hollow section rail as the crane girder provides for very low travel forces.
KBK pillar-mounted slewing jib cranes are also available in low-headroom design
The low headroom dimension results in a lifting height gain of 290 mm compared to the standard design. Whether for low-headroom applications, modernisation measures or changes in the use of the building, our "short" units are the perfect solution in many cases.
KBK pillar-mounted slewing crane with two jibs (up to 1000 kg)
Effective solution as a pillar-mounted slewing crane with two jibs for the same space requirement as slewing cranes with one jib. Four different jib arrangements are available for the perfect workplace design. The efficiency of specific process sequences can be improved and, at the same time, implemented economically.