Maximilien E. Launey

Papers

Total Citations

210

H-Index

About

Maximilien E. Launey is a leading figure in biomaterials engineering, specializing in the development of advanced ceramic scaffolds for bone tissue regeneration. His most impactful work centers on the fabrication of calcium phosphate structures using innovative additive manufacturing techniques. In his highly cited 2009 paper, "Direct write assembly of calcium phosphate scaffolds using a water-based hydrogel," Launey pioneered a method to create porous, patient-specific scaffolds with precise architectural control, directly addressing the challenge of producing biocompatible implants that mimic natural bone. This foundational study, with over 210 citations, has been instrumental in advancing the field of 3D-printed bioceramics, enabling enhanced osteointegration and mechanical performance. Launey’s contributions have bridged materials science and clinical orthopedics, offering scalable solutions for repairing critical-sized bone defects. His work remains a cornerstone for researchers exploring hydrogel-based extrusion and calcium phosphate chemistry, underscoring his role in translating laboratory innovations into practical regenerative therapies.