A breast imaging system comprising: a floor mount (202, 704); a gantry (206, 706) supported by the floor mount(202, 704); a tube arm assembly (208, 708) rotatably connected to the gantry (206, 706); a support arm (210, 710) independently rotatably connected to the tube arm assembly (208, 708), wherein the support arm (210, 710) is selectively positionable in a plurality of rotated positions comprising: a first angled position, a second angled position, and a level position disposed between the first angled position and the second angled position; a compression arm (216, 500, 712) linearly positionable on the support arm (210, 710), wherein the compression arm (216, 500, 712) is configured to support a breast compression paddle; and a plurality of arm display screens disposed on an upper surface of the compression arm; characterized in that the breast imaging system further comprises: a sensor; and a controller operatively coupled to the sensor and configured to change a read-ready orientation of each of the plurality of arm display screens based at least in part on a signal received from the sensor, wherein when the support arm is in the first angled position: a first arm display screen of the plurality of arm display screens is in a default read-ready orientation, and a second arm display screen of the plurality of arm display screens is in an inverted read-ready orientation. a floor mount (202, 704); a gantry (206, 706) supported by the floor mount(202, 704); a tube arm assembly (208, 708) rotatably connected to the gantry (206, 706); a support arm (210, 710) independently rotatably connected to the tube arm assembly (208, 708), wherein the support arm (210, 710) is selectively positionable in a plurality of rotated positions comprising: a first angled position, a second angled position, and a level position disposed between the first angled position and the second angled position; a compression arm (216, 500, 712) linearly positionable on the support arm (210, 710), wherein the compression arm (216, 500, 712) is configured to support a breast compression paddle; and a plurality of arm display screens disposed on an upper surface of the compression arm; characterized in that the breast imaging system further comprises: a sensor; and a controller operatively coupled to the sensor and configured to change a read-ready orientation of each of the plurality of arm display screens based at least in part on a signal received from the sensor, wherein when the support arm is in the first angled position: a first arm display screen of the plurality of arm display screens is in a default read-ready orientation, and a second arm display screen of the plurality of arm display screens is in an inverted read-ready orientation. a sensor; and a controller operatively coupled to the sensor and configured to change a read-ready orientation of each of the plurality of arm display screens based at least in part on a signal received from the sensor, wherein when the support arm is in the first angled position: a first arm display screen of the plurality of arm display screens is in a default read-ready orientation, and a second arm display screen of the plurality of arm display screens is in an inverted read-ready orientation. a first arm display screen of the plurality of arm display screens is in a default read-ready orientation, and a second arm display screen of the plurality of arm display screens is in an inverted read-ready orientation.