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About

Daniel Hoeffel is a researcher specializing in orthopedic surgery innovation, with a particular focus on robotic-assisted total knee arthroplasty (TKA) and its clinical and economic implications. His work sits at the intersection of surgical technology, health economics, and outcomes research, making him a distinctive voice in the rapidly evolving field of robotic orthopedics. Hoeffel's most significant contributions include a comprehensive systematic review and meta-analysis examining economic and healthcare resource utilization outcomes for robotic versus manual TKA (21 citations), which addressed a critical gap in the literature by moving beyond clinical benefits to assess real-world cost implications. His subsequent database study using the Premier Healthcare Database further quantified resource utilization and hospital costs across thousands of procedures, providing actionable data for healthcare administrators and surgeons alike. Notably, Hoeffel has conducted pioneering comparative analyses of the DePuy Synthes VELYS Robotic-Assisted Solution, evaluating its early clinical and economic performance and benchmarking it against competing robotic systems. His research on image-free robotic technology versus navigation systems further underscores his commitment to evidence-based adoption of surgical innovation. With over 54 cumulative citations across recent publications, Hoeffel's work is shaping how institutions evaluate and implement robotic surgery platforms.