A cable spool arrangement for use in automated cable winding applications, said cable spool arrangement comprising: - a first core half and a second core half, each one of the first and second core halves comprising an outer wall having a conical section, wherein each one of said first core half and said second core half comprises a connecting arrangement configured to connect said first core half and said second core half together, and comprising at least one protrusion and at least one recess, wherein the protrusion of the connecting arrangement of said first core half is sized and dimensioned to mate with the corresponding recess of the connecting arrangement of said second core half to form a first protrusion-recess pair, and said recess of the connecting arrangement of said first core half is sized and dimensioned to mate with the corresponding protrusion of the connecting arrangement of said second core half to form a second protrusion-recess pair, wherein said connecting arrangements comprises a snap-lock (227, 229) configured to axially lock said first core half to said second core half when the respective protrusion is received in the respective recess, wherein each one of said first core half and said second core half comprises an inner wall having an inner wall outer surface, such that an interior core space is formed in each core half between an inner surface of said outer wall and said outer surface of said inner wall, and characterized in that a spacer is arranged in said interior core space, said spacer being configured to prevent said first core half from wedging with said second core half during stacking of the first and second core halves. - a first core half and a second core half, each one of the first and second core halves comprising an outer wall having a conical section, wherein each one of said first core half and said second core half comprises a connecting arrangement configured to connect said first core half and said second core half together, and comprising at least one protrusion and at least one recess, wherein the protrusion of the connecting arrangement of said first core half is sized and dimensioned to mate with the corresponding recess of the connecting arrangement of said second core half to form a first protrusion-recess pair, and said recess of the connecting arrangement of said first core half is sized and dimensioned to mate with the corresponding protrusion of the connecting arrangement of said second core half to form a second protrusion-recess pair, wherein said connecting arrangements comprises a snap-lock (227, 229) configured to axially lock said first core half to said second core half when the respective protrusion is received in the respective recess, wherein each one of said first core half and said second core half comprises an inner wall having an inner wall outer surface, such that an interior core space is formed in each core half between an inner surface of said outer wall and said outer surface of said inner wall, and characterized in that a spacer is arranged in said interior core space, said spacer being configured to prevent said first core half from wedging with said second core half during stacking of the first and second core halves. wherein each one of said first core half and said second core half comprises a connecting arrangement configured to connect said first core half and said second core half together, and comprising at least one protrusion and at least one recess, wherein the protrusion of the connecting arrangement of said first core half is sized and dimensioned to mate with the corresponding recess of the connecting arrangement of said second core half to form a first protrusion-recess pair, and said recess of the connecting arrangement of said first core half is sized and dimensioned to mate with the corresponding protrusion of the connecting arrangement of said second core half to form a second protrusion-recess pair, wherein said connecting arrangements comprises a snap-lock (227, 229) configured to axially lock said first core half to said second core half when the respective protrusion is received in the respective recess, wherein each one of said first core half and said second core half comprises an inner wall having an inner wall outer surface, such that an interior core space is formed in each core half between an inner surface of said outer wall and said outer surface of said inner wall, and characterized in that a spacer is arranged in said interior core space, said spacer being configured to prevent said first core half from wedging with said second core half during stacking of the first and second core halves.