Method for manufacturing a multicapillary packing for a material exchange
AssigneeSeparative
InventorFrançois Parmentier
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Abstract
The invention relates to a method for manufacturing a multicapillary packing for an exchange of material including the formation, by a 3D printing method, of a monolith having a porous mass through which a plurality of parallel channels passes, opening on an inlet face and an outlet face of the packing, the 3D printing method being chosen among: selective laser sintering, molten wire deposition, stereolithography, binder spraying and spraying of material, the porous mass being suitable for allowing the diffusion of material to be exchanged between the channels.
Claims10
A method for manufacturing a multicapillary packing for a material exchange, comprising forming, by a 3D printing method, a monolith comprising a porous mass and a plurality of parallel channels passing through the porous mass, the channels opening on an inlet face and an outlet face of the packing,
- the 3D printing method being chosen from:
- selective laser sintering, fused deposition modelling, stereolithography, binder jetting and material jetting,
- said porous mass being adapted for allowing the material to be exchanged to diffuse between the channels.
Dependencies are inferred from the claim text.