A method to manufacture a dental implant-prosthetic kit comprising at least one endosseous implant, at least two burs to prepare the bone for the insertion of the endosseous implant, a surgical guide provided with at least one bushing to guide the burs during the preparation of the bone, at least one dental prosthesis and at least one abutment, which comprises a first portion engageable in a longitudinal hole of the endosseous implant by means of a conical coupling with interference, and a second portion coupleable to the dental prosthesis, the method comprising: - acquiring X-ray data of the bone structure of the oral cavity of a patient; - acquiring a digital dental impression of a portion of a dental arch of the patient where there is or was a damaged tooth to be replaced; - by means of a first CAD software for dental modelling, processing the digital dental impression to create a digital diagnostic wax-up in place of the damaged tooth; - by means of a second CAD software for dental surgical planning, creating an overall three-dimensional model of the dental arch by combining said X-ray data with said digital dental impression; - by means of the second CAD software, selecting an endosseous implant model among a plurality of endosseous implant models and placing it in the overall three-dimensional model; - by means of the second CAD software, creating a surgical guide model based on the digital dental impression and on the position of the endosseous implant model; - by means of the second CAD software, placing in the overall three-dimensional model a scan-abutment model based on the position of the endosseous implant model; - transferring from the second CAD software to the first CAD software the scan-abutment model and information of its position in relation to the digital dental impression; - by means of the first CAD software, creating an abutment model based on the position of the scan-abutment model and on the position and shape of the digital diagnostic wax-up; - by means of the first CAD software, creating a dental prosthesis model based on the digital diagnostic wax-up and on the abutment model; - manufacturing the surgical guide by means of a 3D printer controlled by a first CAM software based on the surgical guide model; - manufacturing said abutment and dental prosthesis by means of at least one machine tool controlled by at least one further CAM software based on the abutment model and on the dental prosthesis model, respectively; - selecting the endosseous implant corresponding to the endosseous implant model among a plurality of endosseous implants corresponding to said plurality of endosseous implant models; and - selecting the burs among a plurality of burs based on the endosseous implant selected. - acquiring X-ray data of the bone structure of the oral cavity of a patient; - acquiring a digital dental impression of a portion of a dental arch of the patient where there is or was a damaged tooth to be replaced; - by means of a first CAD software for dental modelling, processing the digital dental impression to create a digital diagnostic wax-up in place of the damaged tooth; - by means of a second CAD software for dental surgical planning, creating an overall three-dimensional model of the dental arch by combining said X-ray data with said digital dental impression; - by means of the second CAD software, selecting an endosseous implant model among a plurality of endosseous implant models and placing it in the overall three-dimensional model; - by means of the second CAD software, creating a surgical guide model based on the digital dental impression and on the position of the endosseous implant model; - by means of the second CAD software, placing in the overall three-dimensional model a scan-abutment model based on the position of the endosseous implant model; - transferring from the second CAD software to the first CAD software the scan-abutment model and information of its position in relation to the digital dental impression; - by means of the first CAD software, creating an abutment model based on the position of the scan-abutment model and on the position and shape of the digital diagnostic wax-up; - by means of the first CAD software, creating a dental prosthesis model based on the digital diagnostic wax-up and on the abutment model; - manufacturing the surgical guide by means of a 3D printer controlled by a first CAM software based on the surgical guide model; - manufacturing said abutment and dental prosthesis by means of at least one machine tool controlled by at least one further CAM software based on the abutment model and on the dental prosthesis model, respectively; - selecting the endosseous implant corresponding to the endosseous implant model among a plurality of endosseous implants corresponding to said plurality of endosseous implant models; and - selecting the burs among a plurality of burs based on the endosseous implant selected.