A header delivery system for a header pipe having a process tube extending from the header pipe, comprising: a base assembly coupled to a rotation assembly; the base assembly including: a first frame member having a first frame end and a second frame end, a second frame member spaced apart from the first frame member and having a third frame end and a fourth frame end, a jack apparatus connected between the first frame member and the second frame member, a launcher pipe connected to the jack apparatus, a tube coupler connected to the jack apparatus, a bumper connected to the jack apparatus, and wherein the jack apparatus is configured to adjustably move the tube coupler and the bumper in opposite radial directions when moving between a retracted position and an extended position; and the rotation assembly including: a first rotation apparatus connected to the first frame member at the first frame end and the second frame member at the third frame end, and a second rotation apparatus connected to the first frame member at the second frame end and the second frame member at a fourth frame end, and the first rotation apparatus and the second rotation apparatus configured to rotate the base assembly with respect to the rotation assembly to adjust an angular position of the tube coupler and the bumper, characterized in that the first rotation apparatus includes a first stationary ring and a first rotational ring connected to the first frame end and rotatably coupled to the first stationary ring. a base assembly coupled to a rotation assembly; the base assembly including: a first frame member having a first frame end and a second frame end, a second frame member spaced apart from the first frame member and having a third frame end and a fourth frame end, a jack apparatus connected between the first frame member and the second frame member, a launcher pipe connected to the jack apparatus, a tube coupler connected to the jack apparatus, a bumper connected to the jack apparatus, and wherein the jack apparatus is configured to adjustably move the tube coupler and the bumper in opposite radial directions when moving between a retracted position and an extended position; and a first frame member having a first frame end and a second frame end, a second frame member spaced apart from the first frame member and having a third frame end and a fourth frame end, a jack apparatus connected between the first frame member and the second frame member, a launcher pipe connected to the jack apparatus, a tube coupler connected to the jack apparatus, a bumper connected to the jack apparatus, and wherein the jack apparatus is configured to adjustably move the tube coupler and the bumper in opposite radial directions when moving between a retracted position and an extended position; and the rotation assembly including: a first rotation apparatus connected to the first frame member at the first frame end and the second frame member at the third frame end, and a second rotation apparatus connected to the first frame member at the second frame end and the second frame member at a fourth frame end, and the first rotation apparatus and the second rotation apparatus configured to rotate the base assembly with respect to the rotation assembly to adjust an angular position of the tube coupler and the bumper, a first rotation apparatus connected to the first frame member at the first frame end and the second frame member at the third frame end, and a second rotation apparatus connected to the first frame member at the second frame end and the second frame member at a fourth frame end, and the first rotation apparatus and the second rotation apparatus configured to rotate the base assembly with respect to the rotation assembly to adjust an angular position of the tube coupler and the bumper, characterized in that the first rotation apparatus includes a first stationary ring and a first rotational ring connected to the first frame end and rotatably coupled to the first stationary ring.