

MTS Medical AG
MTS Medical AG: Innovations in Shockwave Therapy
editMTS Medical AG, based in Konstanz, Germany, is a leading manufacturer of electrohydraulic extracorporeal shockwave systems (ESWT). The company was founded in 1996 by Nikolaus Hopfenzitz and Ralph Reitmajer to further develop and improve shockwave technology. MTS Medical is known for its patented Spark Wave Technology, which offers high treatment quality and effective results in various medical fields such as orthopedics, traumatology, wound care and urology.
Key Products and Services
edit- Spark Wave Technology: This innovative technology enables effective and non-invasive treatment of various diseases, including musculoskeletal disorders, pseudoarthrosis and urogenital indications.
- Therapy Systems: MTS Medical offers a range of devices designed for specific applications such as the orthogold100 and urogold100.
- International Collaboration: The company works closely with international universities and research institutions to develop new therapy methods and advance research in the field of regenerative medicine.
Mission and Values
editThe mission of MTS Medical is to advance regenerative medicine through innovative shockwave technologies and improve the quality of life of patients. The company attaches great importance to the satisfaction of patients and clinicians, which is achieved through continuous development of Spark Wave Technology.
Sustainability Goals and Initiatives
editMTS Medical is committed to sustainable medical solutions that focus on long-term effectiveness and patient satisfaction. Through collaboration with international research institutions and continuous improvement of technology, the company contributes to the development of environmentally friendly and efficient medical treatment methods.
Through the close partnership with companies such as SoftWave Tissue Regeneration Technologies LLC, research and development in the field of shockwave therapy is further strengthened, leading to significant advances in the treatment of wounds and tissue regeneration.