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Modern implantology stands at the intersection of technology and biology. Every detail in an implant’s design, from its thread geometry to its surface structure, depends on how it’s made. Two primary manufacturing routes dominate today’s market: injection molding and milling. Although both can produce high-precision components, their underlying philosophies, technical processes, and biological implications differ profoundly. In this article, we explore how these methods shape

BIO-X – Properties and Applications of a Biomaterial in Dentistry Introduction BIO-X  is a next-generation glass-ceramic material derived from the BIOVERIT® 1 system. Building upon the well-established composition of BIOVERIT® 1, BIO-X introduces controlled modifications in the glass network and surface microstructure to enhance biological and mechanical performance. In comparison to the base formulation, BIO-X demonstrates: increased surface energy and wettability, optimize