My study focuses on optimizing lattice structures for improved structural integrity, load distribution, and bio-functional properties, ensuring their suitability for medical applications. Additionally, this research explores material selection, process optimization, and post-processing techniques to enhance implant durability and performance. Importantly, this study is conducted as an in vitro investigation, utilizing computational simulations, mechanical testing, and material characterization to evaluate implant properties without live biological testing. The findings aim to contribute valuable insights for future in vivo studies and clinical applications.
