Method for manufacturing a combined sole-insole component for an orthopedic shoe, which comprises a sole member, namely a midsole member or an outsole member, and a integrally formed with this insole member, namely an insole member, comprising the following steps: - providing the geometric-constructive design of an insole element of a sole-insole component to be manufactured descriptive insole element data, wherein the insole element data were generated on the basis of the morphology of at least one foot of a support at least partially, if necessary completely, descriptive foot data, wherein insert element data are provided which describe a geometric-constructive design of the insert element which is formed at least in part, in particular completely, by an ergonomic shape selected with regard to the morphology of the at least one foot described by the foot data; - providing the geometric-constructive design of a sole member of a sole insert component to be manufactured descriptive sole member data, wherein sole member data are provided describing a geometric-constructive design of the sole member, which is formed at least partially, in particular completely, by a plurality of interconnected strut-like structural members (4, 5) comprising structural member arrangement, - additive manufacturing of a combined sole-insole component based on the insole element data and the sole element data, wherein the insole element is formed at least partially, if necessary completely, with a footbed individually configured with regard to the foot morphology described by the foot data; and the sole element is formed by the multiple interconnected strut-like or -shaped structural elements comprising structural element arrangement, wherein the damping properties and the mechanical properties of the sole element defining the degree of hardness or deformation are specifically adjusted by the targeted selection or variation of the number and / or arrangement and / or orientation of respective structural elements, wherein by a targeted area- or zone-by-area selection or a targeted area- or zone-by-area variation of the arrangement and/or orientation of respective structural elements, individual or more areas or zones for a forefoot area, individual or more areas or zones for a midfoot area as well as individual or more areas or zones for a backfoot area (heel area), with different structural properties, i.e. in particular different mechanical properties, are realized, so that the sole-insert component is realized with structural properties individually adapted for a particular foot of a support, i.e. in particular mechanical properties. - providing the geometric-constructive design of an insole element of a sole-insole component to be manufactured descriptive insole element data, wherein the insole element data were generated on the basis of the morphology of at least one foot of a support at least partially, if necessary completely, descriptive foot data, wherein insert element data are provided which describe a geometric-constructive design of the insert element which is formed at least in part, in particular completely, by an ergonomic shape selected with regard to the morphology of the at least one foot described by the foot data; - providing the geometric-constructive design of a sole member of a sole insert component to be manufactured descriptive sole member data, wherein sole member data are provided describing a geometric-constructive design of the sole member, which is formed at least partially, in particular completely, by a plurality of interconnected strut-like structural members (4, 5) comprising structural member arrangement, - additive manufacturing of a combined sole-insole component based on the insole element data and the sole element data, wherein the insole element is formed at least partially, if necessary completely, with a footbed individually configured with regard to the foot morphology described by the foot data; and the sole element is formed by the multiple interconnected strut-like or -shaped structural elements comprising structural element arrangement, wherein the damping properties and the mechanical properties of the sole element defining the degree of hardness or deformation are specifically adjusted by the targeted selection or variation of the number and / or arrangement and / or orientation of respective structural elements, wherein by a targeted area- or zone-by-area selection or a targeted area- or zone-by-area variation of the arrangement and/or orientation of respective structural elements, individual or more areas or zones for a forefoot area, individual or more areas or zones for a midfoot area as well as individual or more areas or zones for a backfoot area (heel area), with different structural properties, i.e. in particular different mechanical properties, are realized, so that the sole-insert component is realized with structural properties individually adapted for a particular foot of a support, i.e. in particular mechanical properties.