A tilt and swivel mounting device, comprising: a base member comprising ribs on a first surface of the base member and configured to be coupled to a second device on a second surface; a first disc coupled with the base member and comprising grooves on a first surface of the first disc and ribs on a second surface of the first disc, the grooves of the first disc receiving the ribs of the base member thereby restricting movement of the base member in a first direction relative to the first disc; a second disc coupled with the first disc comprising a first bore extending through the second disc and grooves on a first surface of the second disc, the grooves of the second disc receiving the ribs of the first disc thereby restricting movement of the first disc in a second direction relative to the second disc, the second direction being perpendicular to the first direction; a cover comprising a planar portion and a curved portion; an axial shaft comprising a first end, a second end and an axis extending along the length of the axial shaft; a support base comprising a second bore, wherein the second end of the axial shaft is fixedly attached to the second bore, and wherein the second end has a second geometry complementary to the second bore that prevents relative rotation between the axial shaft and the support base; characterized in that the planar portion of the cover contacts and is fixedly attached to the base member housing the first and second discs in an assembly between the cover and the base member, the first end of the axial shaft is fixedly attached to the first bore of the second disc, and wherein the first end has a first geometry complementary to the first bore that prevents relative rotation between the axial shaft and the second disc, and a control knob is provided which is rotatably coupled to the axial shaft, the control knob being configured to translate along the axis of the axial shaft upon rotation, so as to urge the cover towards the base member and compressing the first and second discs (130, 150). a base member comprising ribs on a first surface of the base member and configured to be coupled to a second device on a second surface; a first disc coupled with the base member and comprising grooves on a first surface of the first disc and ribs on a second surface of the first disc, the grooves of the first disc receiving the ribs of the base member thereby restricting movement of the base member in a first direction relative to the first disc; a second disc coupled with the first disc comprising a first bore extending through the second disc and grooves on a first surface of the second disc, the grooves of the second disc receiving the ribs of the first disc thereby restricting movement of the first disc in a second direction relative to the second disc, the second direction being perpendicular to the first direction; a cover comprising a planar portion and a curved portion; an axial shaft comprising a first end, a second end and an axis extending along the length of the axial shaft; a support base comprising a second bore, wherein the second end of the axial shaft is fixedly attached to the second bore, and wherein the second end has a second geometry complementary to the second bore that prevents relative rotation between the axial shaft and the support base; characterized in that the planar portion of the cover contacts and is fixedly attached to the base member housing the first and second discs in an assembly between the cover and the base member, the first end of the axial shaft is fixedly attached to the first bore of the second disc, and wherein the first end has a first geometry complementary to the first bore that prevents relative rotation between the axial shaft and the second disc, and a control knob is provided which is rotatably coupled to the axial shaft, the control knob being configured to translate along the axis of the axial shaft upon rotation, so as to urge the cover towards the base member and compressing the first and second discs (130, 150).