A display retention bracket (110, 200), comprising: a main frame configured to have a perimeter that has a shape and a size that is proportional to a housing of a display device (102, 804) to enable a portion of the housing of the display device to be inserted into a space defined and surrounded by the main frame, wherein the portion of the housing of the display device has a defined shape and a defined size; a plurality of display retention components (112, 114, 202) that are formed on a surface of the main frame in locations that correspond to locations of a plurality of holes (106, 108) in the housing of the display device, wherein the plurality of display retention components are configured to be slidable into the plurality of holes to retain the display device, without using screws, to mount the display device when the display device and the display retention bracket are inserted into a housing of a bezel (104, 806); and characterized in that an offset column component (212, 808) that comprises an offset column (810, 812, 814, 816) that is formed on a member of the main frame and extends upward from the main frame toward an adapter plate (130, 818) and away from the display device, wherein, in response to the adapter plate being fastened to the housing of the bezel to secure the display device and the display retention bracket within the bezel, a portion of the offset column is configured to be moveable in relation to the main frame to flexibly bend in response to a load being applied by the adapter plate to the offset column to thereby absorb a first portion of the load and to apply a second portion of the load to the display device to reduce an amount of the load that is transferred to the display device by the offset column from the adapter plate to facilitate offset of the load with respect to the display device. a main frame configured to have a perimeter that has a shape and a size that is proportional to a housing of a display device (102, 804) to enable a portion of the housing of the display device to be inserted into a space defined and surrounded by the main frame, wherein the portion of the housing of the display device has a defined shape and a defined size; a plurality of display retention components (112, 114, 202) that are formed on a surface of the main frame in locations that correspond to locations of a plurality of holes (106, 108) in the housing of the display device, wherein the plurality of display retention components are configured to be slidable into the plurality of holes to retain the display device, without using screws, to mount the display device when the display device and the display retention bracket are inserted into a housing of a bezel (104, 806); and characterized in that an offset column component (212, 808) that comprises an offset column (810, 812, 814, 816) that is formed on a member of the main frame and extends upward from the main frame toward an adapter plate (130, 818) and away from the display device, wherein, in response to the adapter plate being fastened to the housing of the bezel to secure the display device and the display retention bracket within the bezel, a portion of the offset column is configured to be moveable in relation to the main frame to flexibly bend in response to a load being applied by the adapter plate to the offset column to thereby absorb a first portion of the load and to apply a second portion of the load to the display device to reduce an amount of the load that is transferred to the display device by the offset column from the adapter plate to facilitate offset of the load with respect to the display device.