Packaging extractor for hot glass handling facilities; characterized in that it consists of a blade for handling packaging that involves two degrees of freedom provided by two independent motors, controlled by appropriate software to reference both the positions of origin and initial positions of collection and end of delivery of the hot glass packaging depending on the type and/or size of said packages; and because said blade is mounted on a main arm using, at least: a) An initial transmission associated with the motor and which makes it rotate in both directions a specific range determined by an angle (α); controlling this available rotating angle with appropriate software; b) a second transmission associated with the motor and which makes it rotate in both directions a specific range determined by an angle (β); controlling this available angle with appropriate software; c) because the first transmission consists of an initial shaft that, associated with the output shaft of the first motor with interposition of a reducer and mounted on a counterbore of the main arm, controls the rotation of a primary arm within the range delimited by the angle (α); d) because the second transmission consists of a second shaft that, associated with the output shaft of the second motor with interposition of a reducer and mounted on a counterbore of the main arm, controls the rotation of a secondary arm within the range delimited by the angle (β); e) because the primary arm and the secondary arm interrelate with one or several intermediate arms; so that movements controlled by the motors, are always synchronized; f) because the ends, of the intermediate arms are mounted on respective recesses of the primary arm and 22a) of the secondary arm with interposition of bushings; g) because the mentioned bushings are rigid ball bearings. a) An initial transmission associated with the motor and which makes it rotate in both directions a specific range determined by an angle (α); controlling this available rotating angle with appropriate software; b) a second transmission associated with the motor and which makes it rotate in both directions a specific range determined by an angle (β); controlling this available angle with appropriate software; c) because the first transmission consists of an initial shaft that, associated with the output shaft of the first motor with interposition of a reducer and mounted on a counterbore of the main arm, controls the rotation of a primary arm within the range delimited by the angle (α); d) because the second transmission consists of a second shaft that, associated with the output shaft of the second motor with interposition of a reducer and mounted on a counterbore of the main arm, controls the rotation of a secondary arm within the range delimited by the angle (β); e) because the primary arm and the secondary arm interrelate with one or several intermediate arms; so that movements controlled by the motors, are always synchronized; f) because the ends, of the intermediate arms are mounted on respective recesses of the primary arm and 22a) of the secondary arm with interposition of bushings; g) because the mentioned bushings are rigid ball bearings.