​We propose a new concept in the design & manufacturing of a prosthetic latticework for inguinal, ventral or incisional hernia repair. The unique geometry of the lattice allows it to stretch in more than one direction and then return to its original shape. Existing hernia meshes are made of relatively stiff and inelastic material, possibly a contributing factor for hernia recurrence and patient discomfort. What we envisage for the mesh has only just become possible.  The ability to create on demand, one-of-a-kind meshes for each patient is relatively new and gives the medical profession opportunities they never had before.  It will be interesting to see where this technology goes. In addition to mesh creation, we also envisage a 3D printed system of tubular structures for blood vessels, veins, and perhaps even muscles and valves. We are at the beginning of a new age in terms of what 3D printing can bring to the table!  

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