permanently bind the silicone to the fabric the system also includes one or more temperature sensors 324 provided in thermal communication with the top surface of the conveyor belt 304 so as to monitor the surface temperature of the conveyor belt referring to fig1 and 15 a the system 300 includes a first stage 326 where cut pattern piece 220 is placed atop absorbent paper 312 with the edge 222 of the piece 220 aligned with a guide having alignment face 330 in other preferred embodiments the first stage 326 may have alignment fingers that mechanically align the edge of the pattern piece after the pattern piece has been aligned the conveyor belt 304 moves the piece 220 downstream in the direction of arrows 308 to a second stage 332 where silicone material is deposited onto the pattern piece 220 at stage 332 a dispenser 316 for silicone dispenses a first silicone bead 262 over the outer edge 222 of the pattern piece 220 simultaneously the dispenser 316 deposits a spaced web of second silicone beads 268 over a region of the pattern piece that is inward of the edge 222 referring to fig1 and 15 b conveyor belt 304 continues to move the pattern piece 220 downstream to retractor stage 334 at retracting stage 334 retractor 336 moves from a retracted position 338 to an extended position 340 for engaging a section of pattern piece 220 once the retractor 336 engages the pattern piece 220 the retractor retracts from position 340 to retracted position 338 to pull the pattern piece 220 off the absorbent paper 312 as the piece 220 is pulled of the paper 312 the.