FEMS EUROMAT 2023
Poster
Topological optimization and personalization of 3D-printed tissue engineering chamber for soft tissue reconstruction
XT

Dipl.-Ing. Xuan-Tien Kévin Trinh

Centrale Lille Institut

Trinth, X.-T. K. (Speaker)¹; Cosson, M.²; Dao, T.-T.¹; Destouesse, J.³; Lecomte-Grosbras, P.¹; Mayeur, O.¹; Witz, J.-F.¹
¹Centrale Lille Institut; ²Hopital Jeanne de Flandre, CHU, Lille (France); ³Lattice Medical, Lille (France)

Breast cancer concerns 1 in 8 women in the world and is followed in 40% of cases by a mastectomy. Only 14% of women receive reconstructive surgery because of unfavorable clinical issues [1]. Lattice Medical company aims to replace current solutions by MATTISSE, a 3D-printed breast implant made of bioresorbable polymer. Based on tissue engineering chamber and fat-flat technology, MATTISSE’s purpose is to fully regenerate the volume of the withdraw breast before a complete degradation of the foreign object under 18 months.

Lattice Medical use the flexibility of the additive manufacturing process to optimize the prosthesis in mechanical, performance, degradation, mass of the implant as well as its biological integration by printing complex pattern.

Moreover, the current omnipresence of smartphone is a hardware opportunity for personalized treatment by allowing a low-cost and low-time effective solution for 3D CAD reconstruction.


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