The proposed system included several manually loaded and unloaded part cooling fixtures with automated clamping and IR temperature monitoring for cooling process control. The cooling fixtures enabled the part to be cooled to a consistent shape based on strategic clamping and fixturing.A robotic routing cell was designed with appropriate fixturing to enable the parts to have holes routed with positional and dimensional repeatability from part to part. The robotic routing station included safety system zone control to enable loading of a part while the robot was routing a part at one of two routing stations. This reduced overall cycle time and the inclusion of two routing stations enabled two different parts to be processed on one machine. Prior to shuttling a part to the routing station, the machine verified part presence using a laser sensor and verified presence of a black component attached to the part. The black on black color contrast was sufficient to be detected by the color sensor selected for the application. The routing cell also incorporated tool wear compensation based on measurement at a laser micrometer station within the routing cell. Router bits have a longer useable life when dimensional tolerances can be maintained with varying bit diameters. A dual ended spindle was incorporated so that both routing and drilling operations could be implemented without time-consuming tool changeover. The routing cell was designed so that fixtures could be interchanged at the two machine stations. Fixtures have identification allowing the machine to call the fixture specific programs without additional programming changes or setup. This functionality provided the flexibility to process multiple part types on a single machine thus reducing the capital expenditures required by the customer.An assembly and inspection station was designed with proper fixturing, variable part positioning, and inspection for the dash assembly process. Vision inspection was included to verify after each assembly step that the required parts were installed correctly. Electronically geared Kinetix servos were used to position the part at the load, installation and inspection positions. The vision system was configured to inspect multiple part configurations. The central PLC triggered the Keyence vision system to run the required inspection sequence for the given part configuration. The control system provided real time information to the operator based on vision system inspection results.