lubricant 800 through the pressure die 200 and into the first lubricant pressure zone 710 under extreme pressure during the process this same hydraulic pressure forces lubricant between the first drawing die 300 and the wire stock 900 helping to prevent wear in the first drawing die 300 after exiting the first drawing die 300 the wire is exposed to the second pressure zone 720 further increasing the hydraulic lubricant pressure hydraulic pressure from the second lubricant pressure zone forces lubricant between the second drawing die 400 and the wire stock 900 further helping to prevent wear in the second drawing die 400 the wire stock 900 is reduced in diameter by a combination of a first reduction zone 730 and a second reduction zone 740 wear of the first drawing die 300 is reduced by hydraulic pressure developed in the first pressure zone 710 and wear of the second drawing die 400 is reduced by hydraulic pressure developed in the second pressure zone 720 about a 60 percent of the total reduction in diameter of the wire stock is achieved by the first drawing die insert 300 about 40 percent of the total reduction in diameter of the wire stock is achieved by the second drawing die inset 400 fig3 a shows the second pressure zone 720 is a result of the exit angle of the first drawing die insert 300 and the entrance angle of the second drawing die insert 400 fig3 b shows the second pressure zone 720 as a result of the exit angle of the first drawing die insert 300 and the entrance angle of the second drawing die insert 400 as.