Patrice Longepied

Guillaume Dubois

Disclosed embodiments relate to a customized assembly of osteosynthesis plates. The customized assembly of osteosynthesis plates is custom-made, for example I-shaped and/or L-shaped and/or cross-shaped and/or crow's-foot-shaped ones which are themselves customized according to the operation to be carried out and the future anatomy of the patient, characterized in that the osteosynthesis plates are connected together by a rod, the rod further comprising two protrusions () protruding from the rod towards the nasal orifice () of the patient into positions that correspond to the two ends () of the base () of the nasal orifice () of the patient. The invention can be used during dental occlusion operations, for example.

Customized osteosynthesis assembly

The invention relates to a customized assembly () of at least two osteosynthesis plates (), for example I-shaped and/or L-shaped and/or cross-shaped and/or crow's-foot-shaped ones which are themselves customized according to the operation to be carried out and the future anatomy of the patient, characterized in that the osteosynthesis plates () are connected together by a rod (), said rod further comprising two protrusions () protruding from said rod () towards the nasal orifice () of the patient into positions that correspond to the two ends () of the base () of the nasal orifice () of the patient. The invention can be used during dental occlusion operations, for example.

Customised assembly including at least two osteosynthesis plates which are in turn customised

The present invention relates to a porous structure having a controlled pattern (), which is repeated in space, in three dimensions, said porous structure enabling the production of surgical implants for filling in bone defects. According to the invention, said structure is characterized in that said pattern () consists of three wings () arranged in a star shape, each angle (A) formed between two wings being substantially equal to 120&#xb0;, each wing having a generally rectangular shape and being hollowed () at the center thereof. Each of the three wings () of said pattern is advantageously beveled at its free end or tip (), and the width of the base () of each bevel is slightly greater than the thickness of the wings () of which it forms an extension.

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Sceaux, France

Patrice Longepied