An accessory tool (10T, 110T) for an extraction cleaner (12, 122, 220) having an accessory hose with a wand, a fluid delivery system, and a fluid recovery system, the accessory tool (10T, 110T) comprising: a lens (100, 300); a tool body (10, 110) connectable to said fluid delivery system and said fluid recovery system via said accessory hose, wherein the lens (100, 300) is coupled with the tool body (10, 110) to form a suction nozzle (20, 120) and a suction nozzle volume (10V, 110V) between the lens (100, 300) and a rear tool wall (63, 163), and wherein the rear tool wall (63, 163) serves as a rear wall of the tool body (10, 110) when viewed by a user through the lens (100, 300) and wherein the rear tool wall (63, 163) at least partially defines a transverse fluid channel (62, 162) opposite the lens (100, 300) and in fluid communication with the suction nozzle volume (10V, 110V), the transverse fluid channel (62, 162) is arranged adjacent to a nozzle opening to the suction nozzle volume (10V, 110V) and wherein the transverse fluid channel (62, 162) includes a radiused channel portion (88, 188) and a wall (89, 189) that is contiguous with the radiused channel portion (88, 188); the accessory tool (10T, 110T) further comprises: a spray tip (550, 650) configured to dispense a cleaning fluid from said fluid delivery system onto a surface during a spray mode of said extraction cleaner (12, 122, 220); and a cleanout assembly (60, 160) coupled to the tool body (10, 110) and configured to selectively divert the cleaning fluid from the spray tip (550, 650) and into the fluid channel (62, 162) during a clean out mode of said extraction cleaner (12, 122, 220) to thereby clean the lens (100, 300) and the accessory hose. a lens (100, 300); a tool body (10, 110) connectable to said fluid delivery system and said fluid recovery system via said accessory hose, wherein the lens (100, 300) is coupled with the tool body (10, 110) to form a suction nozzle (20, 120) and a suction nozzle volume (10V, 110V) between the lens (100, 300) and a rear tool wall (63, 163), and wherein the rear tool wall (63, 163) serves as a rear wall of the tool body (10, 110) when viewed by a user through the lens (100, 300) and wherein the rear tool wall (63, 163) at least partially defines a transverse fluid channel (62, 162) opposite the lens (100, 300) and in fluid communication with the suction nozzle volume (10V, 110V), the transverse fluid channel (62, 162) is arranged adjacent to a nozzle opening to the suction nozzle volume (10V, 110V) and wherein the transverse fluid channel (62, 162) includes a radiused channel portion (88, 188) and a wall (89, 189) that is contiguous with the radiused channel portion (88, 188); the accessory tool (10T, 110T) further comprises: a spray tip (550, 650) configured to dispense a cleaning fluid from said fluid delivery system onto a surface during a spray mode of said extraction cleaner (12, 122, 220); and a cleanout assembly (60, 160) coupled to the tool body (10, 110) and configured to selectively divert the cleaning fluid from the spray tip (550, 650) and into the fluid channel (62, 162) during a clean out mode of said extraction cleaner (12, 122, 220) to thereby clean the lens (100, 300) and the accessory hose. a spray tip (550, 650) configured to dispense a cleaning fluid from said fluid delivery system onto a surface during a spray mode of said extraction cleaner (12, 122, 220); and a cleanout assembly (60, 160) coupled to the tool body (10, 110) and configured to selectively divert the cleaning fluid from the spray tip (550, 650) and into the fluid channel (62, 162) during a clean out mode of said extraction cleaner (12, 122, 220) to thereby clean the lens (100, 300) and the accessory hose.