part 54 may be handled by a downward projection from top mold part 52 the two mold parts 54 and 52 may join with proper relief at the center of the hole as indicated by interface 56 the carrier strips 22 may be molded flat or with a slight radius of curvature greater than that to which the carrier strips 22 must be flexed in order to permit insertion of the tool shaft 28 the longitudinal length of holes 24 and 26 arc computed to minimize merchandising height 57 referring now to fig4 a rear face of the downwardly extending flexible strips 22 may support outwardly extending ribs 60 giving each strip 22 a generally u shaped cross section to increase its resistance to bending and thus to increase the force with which the holes 24 and 26 shown in fig1 grasp the tool 30 the above description has been that of a preferred embodiment of the present invention it will occur to those that practice the art that many modifications may be made without departing from the spirit and scope of the invention for example it will be recognized that the carrier 10 of the present invention may be manufactured by other means including die cutting from a single sheet of polypropylene with the holes separately die cut at angles or the sloped walls feature eliminated and thus the present invention although readily manufactured inexpensively should not be considered limited to a particular manufacturing method further a wide range of polymeric materials may be used to manufacture the carrier polypropylene is however preferred because of the material 39 s inherent memory its flexure modulus and resistance to stress cracking under load of course it will be apparent that the present invention may be used with a.