Dr. med Raimund Völker

Director of the Hip Center – ATOS Clinic Munich The Hip Center at ATOS Clinic Munich is led by Dr. med. Raimund Völker, a founding member of the clinic and one of the most experienced specialists in hip endoprosthetics worldwide. Dr. Völker is among the very few internationally recognized surgeons who exclusively dedicate their practice to hip surgery. This exceptional level of specialization provides significant advantages for patients, allowing for highly precise treatment planning, advanced surgical expertise, and consistently outstanding outcomes. With over 20 years of experience in both standard hip replacement and bone-preserving hip resurfacing, Dr. Völker offers each patient the most suitable procedure based on individual anatomy, lifestyle, and long-term goals. Excellence in Hip Arthroplasty & Implant Quality Unlike standard approaches that rely on routine implants, Dr. Völker uses only high-quality, long-established original prosthetic systems at ATOS Clinic. This ensures: Maximum implant durability Long-term safety Excellent functional results His philosophy combines proven methods with innovation to provide the best possible joint replacement strategy for every patient. Minimally Invasive & Muscle-Sparing Surgery Dr. Völker applies modern surgical techniques that are: Minimally invasive Muscle-sparing Bone-conserving These approaches support faster recovery, improved mobility, and enhanced joint stability. Together with individualized implant selection and early intensive physiotherapy, patients benefit from an optimized Fast Track Recovery program. Key Areas of Expertise & Procedures Dr. Völker’s clinical focus includes: Diagnosis and treatment of hip osteoarthritis and its causes Advanced cartilage treatment options, including MRI-based cartilage cell therapy Total hip replacement (total endoprosthesis) Hip resurfacing surgery following the McMinn method (BHR) Short-stem hip prostheses Minimally invasive hip replacement techniques Enhanced Recovery Programs (ERP) Computer-assisted navigation for surgical precision