The combination of clinical expertise in trauma and orthopaedic surgery and the know-how from research and engineering makes our team of experts as unique as it is.
Mr. Numminen has more than two decades of international healthcare experience including management, corporate development, strategy, commercialization and sales operations. He has also experience from working in the board of directors in several healthcare companies.
Assoz. Prof. Dr. Annelie-Martina WeinbergCo-Founder
Annelie is a senior physician at the University Hospital Graz. In 2001, she was the first woman in the trauma surgery department to be awarded the habilitation. Besides that, she has made a name for herself by doing pioneering research in experimental biomechanics, molecular biology, and fracture healing in children, with a focus on absorbable implants. Her lifetime project is the realisation of the Laura Bassi Centre BRIC (Bioresorbable Implants for Children) at the Medical University of Graz: “I had been doing research on absorbable implants for children for several years – without sufficient financial support because the industry did not consider children worth investing in. But now things have changed. BRIC has given me the opportunity to hand down my knowledge to the next generation of researchers, to dedicate myself to scientific innovation.”Annelie Weinberg was the head of the BRIC project and is co-founder of BRI.TECH GmbH.
Ing. Heinz MoitziCo-Founder and Technical Advisor
Heinz has been working at AT&S (Austria Technologie & Systemtechnik AG) since 1981, initially as head of the mechanics and galvanics department, then as production and plant manager at Hinterberg. As the company’s manager and COO, he spent several years in Shanghai and then returned to the position of Vice President of Production; currently, he holds the position of CTO. His specific managerial responsibilities cover production, research and development, quality control, environment, safety, maintenance, and procurement.
The main idea behind BRI.Tech is all about the treatment of broken bones in children. In dealing with fractures, the use of a stabilising implant is often unavoidable – and then, after a period of approximately six weeks, when bone healing is in a final state, a second operation is necessary to remove the implant from the growing skeleton. This, obviously, always constitutes a risk and might require another unpleasant hospital stay. Thus, developing a stable implant that dissolves naturally as soon as the bone is able to take over the load again is a major step towards avoiding pain and discomfort. All this can be achieved using natural elements only:
the endogenous elements magnesium, calcium, and zinc: essential for the human body and tolerated well in low doses
no discomfort due to screw heads under your skin
no complications caused by metal implants in the event of another fracture close to the implantation site