Coating plant robot, in particular as a handling robot for opening or closing a motor vehicle body during a painting process, having a robot kinematics system for moving an effector in space, having: a) a proximally arranged first robot member, b) a second robot member kinematically disposed behind said first robot member and movable relative to said first robot member, c) a first robot arm having a parallel kinematics, the first robot arm being kinematically arranged behind the second robot member and being movable relative to the second robot member, and d) a third robot member which is kinematically arranged behind the first robot arm with the parallel kinematics and is movable relative to the first robot arm with the parallel kinematics, e) a fourth robot member kinematically disposed behind said third robot member and movable relative to said third robot member, f) a second robot arm having a parallel kinematics, the second robot arm being kinematically arranged behind the fourth robot member and being movable relative to the fourth robot member, g) a fifth robot member kinematically disposed behind said second robot arm with said parallel kinematics and movable relative to said second robot arm with said parallel kinematics; and h) a sixth robot member kinematically disposed behind said fifth robot member and movable relative to said fifth robot member, characterized in that i) the coating plant robot is arranged at least partially in a painting booth, j) there is a downward air flow in the spray booth in order to remove excess coating agent mist as quickly as possible downwards from the spray booth, k) the coating plant robot can be collapsed in order to counteract the downwardly directed air flow in the total collapsed state with the smallest possible interference contour, and l) the interference contour of the coating plant robot in the folded state extends in a horizontal direction over an interference surface (F STÖR) of less than 2m 2. a) a proximally arranged first robot member, b) a second robot member kinematically disposed behind said first robot member and movable relative to said first robot member, c) a first robot arm having a parallel kinematics, the first robot arm being kinematically arranged behind the second robot member and being movable relative to the second robot member, and d) a third robot member which is kinematically arranged behind the first robot arm with the parallel kinematics and is movable relative to the first robot arm with the parallel kinematics, e) a fourth robot member kinematically disposed behind said third robot member and movable relative to said third robot member, f) a second robot arm having a parallel kinematics, the second robot arm being kinematically arranged behind the fourth robot member and being movable relative to the fourth robot member, g) a fifth robot member kinematically disposed behind said second robot arm with said parallel kinematics and movable relative to said second robot arm with said parallel kinematics; and h) a sixth robot member kinematically disposed behind said fifth robot member and movable relative to said fifth robot member, characterized in that i) the coating plant robot is arranged at least partially in a painting booth, j) there is a downward air flow in the spray booth in order to remove excess coating agent mist as quickly as possible downwards from the spray booth, k) the coating plant robot can be collapsed in order to counteract the downwardly directed air flow in the total collapsed state with the smallest possible interference contour, and l) the interference contour of the coating plant robot in the folded state extends in a horizontal direction over an interference surface (F STÖR) of less than 2m 2.