Thanks to the higher load-bearing strength compared to conventional heavy-duty beams, less material is needed so crane times are reduced.
On account of the high proportion of rentable standard components, investment costs are reduced.
Thanks to the hole grid, different coupling positions are possible and so too is adaptation to any formwork geometry from Doka - all from a single source.
The UniKit primary and secondary beams come in a range of lengths and profile heights. A wide range of extensions offers additional flexibility in terms of both truss height and truss span.
Primary beams:
![Doka UniKit - primary beam]()
Secondary beams:
![Doka UniKit - secondary beam]()
Extensions:
![Extensions]()
Many different combinations
![Connectable beams]()
System details
![Centring bars]()
Centring bars are for centred, unconstrained load transfer.
![Appropriate primary beams]()
Appropriate primary beams for load transfer to the UniKit tower 480
![Variable beam bracing]()
Variable beam bracing for flexible positional security without additional use of timbers. Reusable - sustainable.
A16 de Groene Boog | Rotterdam, Holland
- Method of construction: Incremental launching
- Customer benefit: Formwork, superstructure, safety, incremental-launching casting yard, hydraulics and service from a single source.
- UniKit solution: Incremental-launching casting yard
Logport VI logistics centre | Duisburg, Germany
- Method of construction: conventional
- Customer benefit: rapid material availability, compatibility with Doka equipment
- UniKit solution: Secondary beams (15 metric tons)
Dumanja Jaruga bridge | Croatia
Hilti factory bridge | Germany
