Abstract: A systematic approach to planning and selection of a dental implant. Models of the patient's dentition, including the gingival and supporting bone structure are analyzed in relation to a model of the dentition that will be replaced by the implant. Based on information collected from a missing tooth (or teeth) model, greater insight can be gained into the functional and aesthetic attributes of the implant best suited for the patient. And from this realization a more informed decision can be made for planning the procedure for installation of the implant for the patient, and selection of the implant, e.g., size, type and orientation of supporting fixture and abutment.

Abstract: A systematic approach to planning and selection of a dental implant. Models of the patient's dentition, including the gingival and supporting bone structure are analyzed in relation to a model of the dentition that will be replaced by the implant. Based on information collected from a missing tooth (or teeth) model, greater insight can be gained into the functional and aesthetic attributes of the implant best suited for the patient. And from this realization a more informed decision can be made for planning the procedure for installation of the implant for the patient, and selection of the implant, e.g., size, type and orientation of supporting fixture and abutment.

Abstract: Systems and methods support dental implant patient scheduling and treatment process relating to packaging one or more dental appliances as a kit which is readily used by dental professional during surgery, by communicating manufacturing progress information with a doctor over a network and performing patient scheduling and treatment when the dental appliances reach a certain manufacturing progress. A network-based service may also provide a doctor with a treatment solution including a surgical kit derived from patient data.