Module scaffolding COMBI

Module scaffolding COMBI

With the module scaffold MJ COMBI, we have developed a system that caters to all requirements of constructive scaffolding.


Module scaffolding COMBI

With the module scaffold MJ COMBI, we have developed a system that caters to all requirements of constructive scaffolding.

MJ COMBI is based on the proven and flexible functionality of the module disk. For the construction of the knot design, we used the socalled finite element method (FEM) in order to achieve stress-optimised lifting capacity and weight reduction at the same time. In addition, this resulted in an optimised load application via the ledgers into the standards. As a result, the MJ COMBI convinces with its exceptional static values. With up to eight connections per knot – freely selectable in heights of 0.50 m intervals – the system offers the highest possible variability in constructing a modular scaffold.

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The small notches of the perforated disk are used to connect the ledgers and enforce a 90 degree angle, which is required for many forms of application. In connection with the larger notches arranged in between, the system also offers variable assembly options for angles outside the 90-degree. The decisive benefit of the module scaffold is – besides freely definable angles of knots – in the individual selection of bay lengths, widths and level heights. This enables flexible adjustments to virtually any type of building or construction.

MJ COMBI can be put to use in all demanding areas of scaffolding: industrial construction, shipbuilding and aircraft construction, offshore areas in petrochemistry, building construction, stage construction and trade fair construction. As a non-mobile scaffold, suspended or mobile scaffold, as surface, support and spatial scaffold, for the restoration of bridges and historical buildings, or for round scaffolding in the interior of tanks. MJ COMBI optimally adapts to the object. Also emergency stairway towers with high loads can be easily made of standard components.