A method for ascertaining the spatial positions and orientations relative to one another of at least two implants anchored in the jaw of a patient, comprising the following steps: 1.1 producing an adhesive bond aid which bridges the implants; 1.1.1 wherein the adhesive bond aid is designed such that the adhesive bond aid has negative moulds of adhesive caps; 1.1.2 wherein the negative moulds are arranged in the adhesive bond aid such that they fit on the adhesive caps when the adhesive caps are affixed to the implants in a detachable manner; 1.1.3 wherein the negative moulds in the adhesive bond aid are further designed such that there is a clearance between the negative moulds and the adhesive caps; 1.2 the adhesive caps are affixed to the at least two implants in the jaw of the patient in a detachable manner; 1.3 the adhesive bond aid is positioned over the adhesive caps in the patient's mouth; 1.4 the clearance between the adhesive caps and the negative moulds is filled with dental adhesive; 1.5 the adhesive is cured; 1.6 the adhesive caps are detached from the implants; and 1.7 the adhesive bond aid, with the adhesive caps adhering to it, is removed from the patient's mouth, wherein the following steps are first performed: 1.8 creating a master model with laboratory analogues or implants; 1.9 affixing scan bodies on the laboratory analogues or implants; 1.10 scanning the master model; and 1.11 creating a virtual three-dimensional model from the scanned data; 1.12 wherein an adhesive bond aid is created by means of CAD/CAM based on the virtual three-dimensional model. 1.1 producing an adhesive bond aid which bridges the implants; 1.1.1 wherein the adhesive bond aid is designed such that the adhesive bond aid has negative moulds of adhesive caps; 1.1.2 wherein the negative moulds are arranged in the adhesive bond aid such that they fit on the adhesive caps when the adhesive caps are affixed to the implants in a detachable manner; 1.1.3 wherein the negative moulds in the adhesive bond aid are further designed such that there is a clearance between the negative moulds and the adhesive caps; 1.1.1 wherein the adhesive bond aid is designed such that the adhesive bond aid has negative moulds of adhesive caps; 1.1.2 wherein the negative moulds are arranged in the adhesive bond aid such that they fit on the adhesive caps when the adhesive caps are affixed to the implants in a detachable manner; 1.1.3 wherein the negative moulds in the adhesive bond aid are further designed such that there is a clearance between the negative moulds and the adhesive caps; 1.2 the adhesive caps are affixed to the at least two implants in the jaw of the patient in a detachable manner; 1.3 the adhesive bond aid is positioned over the adhesive caps in the patient's mouth; 1.4 the clearance between the adhesive caps and the negative moulds is filled with dental adhesive; 1.5 the adhesive is cured; 1.6 the adhesive caps are detached from the implants; and 1.7 the adhesive bond aid, with the adhesive caps adhering to it, is removed from the patient's mouth, wherein the following steps are first performed: 1.8 creating a master model with laboratory analogues or implants; 1.9 affixing scan bodies on the laboratory analogues or implants; 1.10 scanning the master model; and 1.11 creating a virtual three-dimensional model from the scanned data; 1.12 wherein an adhesive bond aid is created by means of CAD/CAM based on the virtual three-dimensional model.