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espanolA lo largo del tiempo se han descrito distintos metodos para conocer y registrar la dinamica mandibular. En el presente trabajo exponemos un nuevo metodo basado en la emision y recepcion de ultrasonidos que nos va a permitir trabajar en tiempo real con reproducciones digitales de los movimientos que hace el paciente. Este sistema, recientemente creado por la empresa alemana KaVo, puede ser una gran ayuda, no tan solo para acelerar y mejorar el montaje y ajuste de modelos en articulador, sino para conocer en el momento, y antes de enfrentarse a un trabajo de restauracion, las caracteristicas de los movimientos mandibulares del paciente y poder dejarlo registrado en nuestra historia. Del mismo modo, esta posibilidad de trabajar con graficos de movimiento mandibular en tiempo real tiene, a nuestra forma de ver, infinidad de posibilidades en el area de la educacion, investigacion ...etc. Por tanto, el primer paso es presentar y conocer las posibilidades del ARCUSdigma® de KaVo (KaVo elektrotechnisches, Werk, GMBH, Leutkirch,Germany). EnglishThroughout the time different methods have been described to know and to register temporomandibular dynamics. In the present work we expose a new method based on the emission and reception of ultrasounds that is going to allow us to work in real time with digital reproductions of the movements that the patient does. This system, recently created by the German company KaVo, can be a great aid, not so single to accelerate and to improve the assembly and adjustment of models in artieulator, but to know in the moment, and before facing a work of restoration, the characteristics of the patient jaw movements and to leave registe red it in our history. In the same way, this possibility of working with mandibular traffic diagrams in real time has, as we think, infinity of possibilities in the area of the education, investigation ... etc. Therefore, the first step is to present and to know ARCUSdigma® (KaVo elektrotechnisches, Werk, GMBH, leutkirch,Germany) possibilities

Registro de la dinámica témporomandibular mediante ultrasonidos con ARCUSdigma de KaVo