Speaker
Description
Biodegradable scaffolds are essential in tissue engineering to provide temporary support for cell growth and tissue formation without leaving foreign materials in the body. This study investigates the impact of Fused Filament Fabrication (FFF) parameters on the mechanical properties of biopolymer scaffolds, focusing on polylactic acid with carbon fiber filament. Various printing factors such as speed, temperature, and infill density are explored using Taguchi experimental design to optimize scaffold fabrication. The study aims to identify the most influential parameter in enhancing scaffold mechanical strength. Fabricated scaffolds are subjected to mechanical testing to evaluate tensile characteristics and assess the influence of porosity. Statistical analysis, including one-way ANOVA, is employed to determine parameter significance. This research contributes to the advancement of scaffold optimization for biomedical applications, enhancing their suitability for tissue engineering and regenerative medicine.
Keywords
Taguchi
ANOVA
PLA-Carbon
Fused filament fabrication
scaffolds
