From the very beginning I was involved in AO fracture treatment. In those days, we used human bones collected from anatomy and pathology departments. With the increase in demand, problems such as safety, preservation and transportation, as well as hygienic and aesthetical issues needed to be addressed.
Stephan Perren had the brilliant idea of a realistic artificial bone and got in touch with the Swiss space industry. They had expertise in producing light-weight foam similar to cancellous bone to fill the ailerons of their rockets. Shortly following the experimental steps the growing need for artificial bones could not be met.
To meet this demand SYNBONE was founded in 1988. The first challenge was not only to build a production line providing enough artificial bones, but also to fracture them in a standardized way. The task of fracturing the models was delegated to ARGO in Davos, a private institution enabling handicapped individuals regular employment as well as independent living. Even to this day, this solution is respected and demonstrates continued social responsibility.
Since the beginning, I was privileged to accompany SYNBONE as Chairman of the Board. Concurrent with these exciting start-up years and the ensuing period of growth, AO Education became more and more sophisticated. Today the minimally invasive osteosynthesis (MIO) and computer assisted surgery (CAS) models with soft tissue covering the bone have become standard. Looking back on our first bone model in the 80's and seeing today's models makes me wonder what the models will look like 20 years from now.
Thomas Rüedi, Prof. MD FACS
Chairman of the Board