A cantilevered load support surface with a free end is mounted and moveable in the wrapping area between a wrapping position, where the cantilevered load support surface and the cantilevered packaging material dispenser are generally aligned and intermeshed, and a load transfer position, where the wrapped load may be removed from the free end of the load support surface in a generally horizontal direction without interfering with the cantilevered packaging material dispenser, according to the present invention.

As shown and embodied in Figs. 1 and 2, cantilevered stress assistance work surface 30 contains a cost-free end 32 plus a backed portion 34. Free finish 32 of cantilevered weight assistance work surface 30 is positionable to be generally aligned and intermeshed using the cost-free stop 24 of cantilevered product packaging material dispenser 10. Within this position, defined as a wrapping placement, free of charge finish 24 of cantilevered packaging material dispenser 10 is aligned so it stretches generally parallel to, as an alternative to perpendicular on the cantilevered load assistance work surface 30.

Cost-free end 32 of cantilevered stress support work surface 30 is intermeshed therefore it stretches in the cylinder of movement explained by the rotatable horizontal lower leg 23 and the cost-free end 24 of cantilevered product packaging material dispenser 10, with the free stop 32 of your cantilevered weight help normally dealing with to dispenser assistance body 18. In the wrapping place, wrapping occurs as the cost-free finishes 24, 32 are aligned and intermeshed as rotatable left arm 20 can spin about usually horizontal axis 102 to center around free of charge stop 32 and adjacent to supported segment 34 of cantilevered fill assist surface 30 to wrap packing material 14 about free of charge finish 32 and weight 16.