This Clinic was established with the aim of introducing modern technology, based on the scientific, research, and clinical expertise of its staff.
Its main operational pillar is the use of advanced digital applications, including specialized patient assessment protocols, computer-assisted surgical planning using dedicated software, robotic-assisted surgical systems, and personalized joint arthroplasties. These techniques enable detailed preoperative planning and the performance of procedures with high precision, minimal surgical trauma through minimally invasive approaches, reduced operative time, decreased risk of complications, and ultimately high-quality, long-lasting outcomes.
These results have been achieved through extensive research experience both internationally and in Greece, with internationally recognized pioneering work in the field of computer-assisted surgery and numerous international publications dating back to the early 1990s. Unique research expertise has been developed in the field of personalized hip arthroplasty, optimization of articulating surfaces in total joint replacements, development of finite element models for the evaluation of the mechanical performance of various types of hip and knee arthroplasties, as well as one of the most extensive international experiences in the surgical management of neglected congenital hip dislocations and resurfacing arthroplasties, with comprehensive biomechanical reconstruction of the joint using specialized or custom-made implants.
A similar level of activity has been developed in computer-assisted surgery using navigation systems, mainly in knee arthroplasty, including both clinical application and research aimed at the development and optimization of these techniques.
Specialized techniques and the use of innovative materials have been developed for the management of complications of orthopedic procedures, as well as for the treatment of wear and loosening of joint prostheses.
All members of the Clinic are certified surgeons in robotic-assisted surgical systems, which represent the current standard in modern orthopedic practice.
These activities include multi-level research collaborations and exchange of expertise with public and private research centers such as Stuttgart ICA, TWT, TST, the University of Geneva, Symbios, as well as university clinics in Switzerland and Germany.
Indicatively, the clinical focus includes hip and knee arthroplasties, revision arthroplasties, management of soft tissue and bone tumors, treatment of musculoskeletal trauma, as well as the management of infections and, more broadly, complications of musculoskeletal conditions.