A contrast media injector system comprising: a powerhead; a motorised drive; a syringe ram moveable by operation of the motorised drive; a touch screen display for a user interface for an operator of the contrast media injector system, characterised in that the touch screen display is provided on the powerhead, and in that the contrast media injector system further comprises: a) a swivel mount connecting the powerhead and the touch screen display, wherein the swivel mount: 1) permits the touch screen display to be positioned flush with a surface of the powerhead; and 2) permits the touch screen display to be tilted away from the surface of the powerhead by moving about a first reference axis and that disposes the touch screen display in a tilted up position; and 3) permits the touch screen display to be pivoted about a second reference axis, that extends from and is perpendicular to the first reference axis, when the touch screen display is in the tilted up position; b) an ambient light sensor configured to detect an ambient light level; and c) a control circuit (264, 266) coupled with the ambient light sensor and configured to control a brightness level for the touch screen display based on the ambient light level. a powerhead; a motorised drive; a syringe ram moveable by operation of the motorised drive; a touch screen display for a user interface for an operator of the contrast media injector system, characterised in that the touch screen display is provided on the powerhead, and in that the contrast media injector system further comprises: a) a swivel mount connecting the powerhead and the touch screen display, wherein the swivel mount: 1) permits the touch screen display to be positioned flush with a surface of the powerhead; and 2) permits the touch screen display to be tilted away from the surface of the powerhead by moving about a first reference axis and that disposes the touch screen display in a tilted up position; and 3) permits the touch screen display to be pivoted about a second reference axis, that extends from and is perpendicular to the first reference axis, when the touch screen display is in the tilted up position; b) an ambient light sensor configured to detect an ambient light level; and c) a control circuit (264, 266) coupled with the ambient light sensor and configured to control a brightness level for the touch screen display based on the ambient light level. a) a swivel mount connecting the powerhead and the touch screen display, wherein the swivel mount: 1) permits the touch screen display to be positioned flush with a surface of the powerhead; and 2) permits the touch screen display to be tilted away from the surface of the powerhead by moving about a first reference axis and that disposes the touch screen display in a tilted up position; and 3) permits the touch screen display to be pivoted about a second reference axis, that extends from and is perpendicular to the first reference axis, when the touch screen display is in the tilted up position; 1) permits the touch screen display to be positioned flush with a surface of the powerhead; and 2) permits the touch screen display to be tilted away from the surface of the powerhead by moving about a first reference axis and that disposes the touch screen display in a tilted up position; and 3) permits the touch screen display to be pivoted about a second reference axis, that extends from and is perpendicular to the first reference axis, when the touch screen display is in the tilted up position; b) an ambient light sensor configured to detect an ambient light level; and c) a control circuit (264, 266) coupled with the ambient light sensor and configured to control a brightness level for the touch screen display based on the ambient light level.