The present disclosure provides a 3D
tissue reconstruction implant having a hydrophilic
implant surface and consisting of a bioabsorbable material wherein the
implant surface is considered hydrophilic when evaluated using an ink test that follows ISO 8296: 2003 and adapts to the 3D surface, and wherein the
implant surface is not hydrophilic when evaluated using an ink test that follows ISO 8296: 2003 and adapts to the 3D surface. Wherein the ink test comprises incubating the implant in a solution consisting of an ink having a
surface tension of 72 mN / m and water for 1 minute, and wherein after the implant is incubated in the solution, the ink
colored implant surface is an indication of a hydrophilic
implant surface. The disclosure also provides the implant for
tissue reconstruction, (soft) tissue support, tissue
compatibilization and / or implant repair, and the use of the implant for reconstruction,
compatibilization and / or repair of tissue and / or support of (soft) tissue, respectively, where the implant is embedded in a patient. The present disclosure further provides a method of manufacturing a
tissue reconstruction implant having a hydrophilic implant surface.