The process of obtenu00c7u00e7o of estruturau00c7u00e7o tridimentional of protu00e0tipos and or implants made of raw materials biodegradu00c1veis, by means of technical ru00c1pidad prototyping technology of selective sinterizau00c7u00e7o leser loaded; protu00e0tipo and or implant biodegradable and by-product R Esu00cdduo biodegradable resulting

摘要

The process of obtenu00c7u00e7o of estruturau00c7u00e7o three-dimensional protu00e0tipos and or implants made of raw materials biodegradu00c1veis, by means of rapid prototyping technique with technology of selective laser sinterizau00c7u00e7o shipped, protu00e0tipo and or implant biodegradable and by-product re Su00cdduo biodegradable therefrom.Represented by an inventive solution in industry and commerce, manufacturing all kinds of prototypes and or implants, where the end of the manufacturing process is obtained as the main product of a prototype biodegradable and biodegradable waste material, as a by-product.Where the prototype biodegradable brings into its three-dimensional structure all the properties previously defined in specification and engineering or marketing, differentiating itself by the fact that both the residual by-product as the product prototype itself may be discarded diretam Ente in nature, without prejudice to the same.There is a view that will be broken down and absorbed by the environment in a short time, and to enable such predicates was elected the biodegradable material of the group polihidroxialcanoatos (PHA), where in particular the definition of the parameters of operation for the technology. Selective laser sintering (selective laser sintering (SLS) was designed manufacturing process.With process parameters of equipment and sintering of the prototype suitable for the use of biodegradable material of the type poly (3-hydroxybutyrate) (PHB).