and thus provides a reaction force to counter force exerted by the actuation of the hydraulic cylinders 106 the vertical position of the hydraulic cylinders 106 within the frame 102 may be adjusted by an adjustment mechanism 128 as best seen in fig4 according to one embodiment the adjustment mechanism 128 is comprised of a vertical screw 130 and a nut 132 corresponding to each hydraulic cylinder 106 the hydraulic cylinder 106 is rotatably engaged with its corresponding nut 132 or is placed atop the nut accordingly the nut 132 may be rotated to displace it along the vertical screw 130 as the hydraulic cylinder 106 is attached to the nut 132 or resting thereon any translation of the nut 132 necessarily results in corresponding translation of the hydraulic cylinder in the embodiment depicted in fig4 the vertical screw 130 is a rod with threads displaced thereon while the nut 132 is an oversized wing nut which is sized to be easily rotated by an operator of the mold drawer puller 100 while the nut 132 and vertical screw 130 solution is easy to implement embodiments which use hydraulics or pneumatics to move cylinders 106 up and down are also contemplated during setup of the mold drawer puller 100 the hydraulic cylinders 106 are vertically positioned with the aid of the adjustment mechanism 128 in order for the electromagnetic effectors 116 to be properly aligned with the mold drawers 112 the horizontal extension required of the hydraulic cylinders 106 and the rods 118 extending therefrom to extract or place the mold drawers 112 within the.