‘FALT.lamp’ by tim mackerodt

 

the ‘FALT.series’ of objects, consisting of a lamp and stool, are made using a folded concrete method. here, fiber-reinforced concrete produced by g.tecz, is rolled out and manually folded into flexible molds to create each form. developed by german designer tim mackerodt the thin-walled objects produce shapes and surfaces not replicable via conventional concrete casting techniques.

 

the ‘FALT.lamp’ has a material thickness of only 2.7mm with a total weight of less than 1400 grams. in contrast, the ‘FALT.stool’ shows the structural strength of the folded concrete. each of the legs are only held in place by a layer of 5mm fiber-reinforced concrete. the technique of folding concrete opens a new field for the application of high performance concrete in design. the FALT. series is being presented during DMY berlin 2011 from june 1 – 5, 2011.

tim mackerodt: folded concrete objects

despite the material in which it is made, the ‘FALT.lamp’ is very light weighing as little as 1.400 grams

 

 

tim mackerodt: folded concrete objects the unique technique of folding concrete generates a textured surface in the lampshade of the ‘FALT.lamp’

 

 

 

tim mackerodt: folded concrete objects ‘FALT.stool’

 

 

tim mackerodt: folded concrete objects the four legs of ‘FALT.stool’ are preferably made of thermo-treated ash wood

 

tim mackerodt: folded concrete objects folded from a plain layer, the ‘FALT.stool’ saves weight and gains stability from a undercut structure below the seating surface

 

tim mackerodt: folded concrete objects the legs are held in place by a thin layer of 5 mm fiber-reinforced concrete using no additional connector

 

 

tim mackerodt: folded concrete objects ‘FALT.series’

 

 

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