also shown in fig6 should a packet 62 become misaligned after leavingend 72 of diverter bar 64 the present invention precision pouch feeder 10 will realign packet 62 when it passes end 46 of orienting tooling ring 18 when packet 62 passes end 46 of orienting tooling ring 18 packet 62 is forced against exit ramp ring 24 because of gap 49 between orienting tooling ring 18 and exit ramp ring 24 disoriented or skewed packet 62 is realigned by the impact of packet 62 on upstanding surface 92 of exit rampring 24 after passing gap 49 and end 46 of orienting tooling ring 18 in other words the movement of the packet outwardly and downwardly toward exit ramp ring 24 causes self adjustment of each packet into proper alignment packet 62 is then in correct alignment and orientation against exit ramp ring 24 packet 62 can be of varying sizes and shapes and can be made from a wide variety of materials such as a flexible plastic paper cellophane or cardboard further packet 62 can be used to house a wide variety of products or parts including but not limited to food pharmaceuticals medical devices or military special handling devices the weight of packet 62 will vary depending on the product or part contained within packet or pouch 62 precision pouch feeder device 10 may be used for a wide variety of products precision pouch feeder device 10 is particularly useful in the food packaging industry although the pouch feeder device can be utilized for instance in the medical pharmaceutical and military special handlingindustries as well as other industries pouch feeder device 10 has been found to be particularly useful.