In theory, the mechanical performance/mass ratio of cellular structures should make them essential in fields such as automobiles, aeronautics, defense or even space... 

In practice, the random dimension (and therefore cannot be modeled) of stochastic honeycomb structures excludes them from safety applications. The rare processes resulting in isotropic cellular structures are, of course, much more reliable but require accepting a compromise between performance and the mass of the part.

By modulating the quantity of of material very finely depending on the stresses experienced, zone by zone, the Modulatio’ results in an optimal configuration of the honeycomb structure...without compromise: maximum resistance and minimum mass! In addition, the process Modulation’ allows you to integrate additional functions free of charge, such as « mechanical fuses » (pre-programmed sacrificial zones) or vibration attenuators for example.

Video to come