24 and 26 on frame 22 the individual belt loops 40 are deposited on the top run of conveyor 12 upside down the conveyor 12 feeds each individual belt loop 40 past an angular guide member 48 consisting of a pair of arcuate fingers 50 and 52 at the front of the conveyor 12 the arcuate fingers 50 and 52 are connected together by a rod 54 mounted on an upright post 56 carried by one side member of frame 22 the guide fingers 50 and 52 cause each individual belt loop 40 to be turned right side up about the front of conveyor 12 and deposited on an l shaped plate 58 reciprocably slidable on support plate 14 by means of an air cylinder 60 mounted beneath the plate 14 air cylinder 60 has a piston 62 connected to a slide rod 64 slidable within an elongated slot 66 formed in plate 14 beneath conveyor belt 12 slide rod 64 is connected at its opposite end to l shaped slide plate 58 onto which each individual belt loop 40 is deposited l shaped slide plate 58 includes a channel member 68 at each end for a purpose which will be described hereinafter the deposit of the belt loop 40 from conveyor 12 onto the l shaped slide plate 58 actuates a microswitch not shown the switch stops rotation of the motorized spindle air cylinder 60 is then actuated to move.