Innovative Dental clinic Sangre Azul

When we started the treatment with clear aligners more than 10 years ago, we were unique, outside the mainstream of conventional procedures which were widespread in orthopedics - orthodontics. New treatment with invisible aligners such as Incognito, eBrace, Orthocaps and Invisalign have come thanks to new technologies such as 3D printing, CAD-CAM digital scanning and computer simulations. All of this was relatively new thing in 3rd millennium of orthodontic treatment, and mastering some techniques (such as lingual braces) was extremely difficult. It has long been known that the treatment of bad position of teeth and jaws is not only a functional but very often an aesthetic problem, and it has a broader context than just the correlation between the teeth. The soft tissue paradigm predicted by Professor W.R. Proffit will be more than relevant for planning orthodontic treatment. Simply said, the position of the teeth has a significant connection for the shape of the soft tissues on the face, so 3D facial analysis will be the most important for treatment planning one day. A healthy and beautiful smile must be coherent with a face, which 3D analysis has been part of the Sangre Azul workflow for more than 12 years.

Sangre Azul since the begining, has brought together a team of passionate specialists who are not afraid of any challenges and are tempted to push the horizons of knowledge higher in the medical fields, in which they are specialized. Sangre Azul is a proud clinical teaching workplace not only for dental assistants. We opened our doors and passed on our experiences to more than a dozen successful doctors today. We treat, research, publish, and teach ourselves and others. Our philosophy is that one without the other is irrelevant. We focus on 3D printing and its clinical applications, including biocompatible 3D printing. In modern orthodontic treatment (invisible aligners) we commonly use skeletal anchoring and our modeled and 3D printed biocompatible PowerCaps and PowerArms, which allows us to have effectively applied biomechanical treatments to treat even the most difficult cases.