The invention refers to a method and a device for loading a porous framework structure including a bicontinuous morphology in at least partial areas or having non- interconnected side-by-side pores with a fluid containing at least one bioactive component by using a pressure driven force for penetrating said fluid into said porous framework structure, said method comprises the following steps: - preparing or providing a three-dimensional body consisting at least partially of said porous framework structure having along one spatial direction two opposing frontal boundary surfaces, a first and second frontal boundary surface, being apart from each other and both of which adjoin at least one lateral boundary surface encircling said three-dimensional body, sealing air tightly said at least one lateral boundary surface, - adjoining air tightly a reservoir of said fluid at the first frontal boundary surface and - applying a pressure difference between the first frontal boundary surface and the second frontal boundary surface such that the fluid is penetraing through the porous framework structure along the spatial direction by pressure driven force only until the fluid exits over the entire second frontal boundary surface.Linvention porte sur un procédé et sur un dispositif pour charger une structure dossature poreuse comprenant une morphologie bicontinue dans au moins des zones partielles, ou ayant des pores côte à côte non interconnectés avec un fluide contenant au moins un composant bioactif, à laide dune force provoquée par une pression pour faire pénétrer ledit fluide dans ladite structure dossature poreuse, lequel procédé comprend les étapes suivantes : – la préparation ou la délivrance dun corps en trois dimensions constitué au moins partiellement par ladite structure dossature poreuse, ayant, le long dune direction spatiale, deux surfaces de limite frontales opposées, une première et une seconde surfaces de limite frontales, qui sont mutuellement espacées lune de l
