Quick change tool, comprising: a tool element ; an elongate body comprising: close to a first outer end thereof a drive shaft for driving the body by means of a drive device to be arranged thereon; and close to a second outer end thereof lying opposite the first outer end attaching means for attaching the tool element to the body; and a receiving element for attaching to the tool element, having a through-hole for receiving the body by sliding through the receiving element in the longitudinal direction of the body, wherein the receiving element is configured to co-act with the attaching means in order to lock the tool element relative to the body at least in axial direction of the drive shaft, wherein the attaching means comprise a locking pin which is arranged spring-mounted in the body and which is resiliently movable between a rest position, wherein the locking pin protrudes radially outward from the body to a protruding height through a pin hole in the body, and a retracted position wherein the locking pin is situated at least substantially wholly in the body, and wherein the receiving element comprises: a locking hole which is configured to receive the locking pin therein in a manner in which it snaps from its retracted position to its rest position; and characterised in that the receiving element further comprises a pin guiding groove extending between a receiving opening of the through-hole and the locking hole for guiding the locking pin from the receiving opening to the locking hole and simultaneously moving it from its rest position to its retracted position. a tool element ; an elongate body comprising: close to a first outer end thereof a drive shaft for driving the body by means of a drive device to be arranged thereon; and close to a second outer end thereof lying opposite the first outer end attaching means for attaching the tool element to the body; and close to a first outer end thereof a drive shaft for driving the body by means of a drive device to be arranged thereon; and close to a second outer end thereof lying opposite the first outer end attaching means for attaching the tool element to the body; and a receiving element for attaching to the tool element, having a through-hole for receiving the body by sliding through the receiving element in the longitudinal direction of the body, wherein the receiving element is configured to co-act with the attaching means in order to lock the tool element relative to the body at least in axial direction of the drive shaft, wherein the attaching means comprise a locking pin which is arranged spring-mounted in the body and which is resiliently movable between a rest position, wherein the locking pin protrudes radially outward from the body to a protruding height through a pin hole in the body, and a retracted position wherein the locking pin is situated at least substantially wholly in the body, and wherein the receiving element comprises: a locking hole which is configured to receive the locking pin therein in a manner in which it snaps from its retracted position to its rest position; and characterised in that the receiving element further comprises a pin guiding groove extending between a receiving opening of the through-hole and the locking hole for guiding the locking pin from the receiving opening to the locking hole and simultaneously moving it from its rest position to its retracted position. a locking hole which is configured to receive the locking pin therein in a manner in which it snaps from its retracted position to its rest position; and characterised in that the receiving element further comprises a pin guiding groove extending between a receiving opening of the through-hole and the locking hole for guiding the locking pin from the receiving opening to the locking hole and simultaneously moving it from its rest position to its retracted position. <EOS>