Milling and laser drilling system
A method of manufacturing a component includes shaping a workpiece into a component having a desired shape and drilling a plurality of holes in said workpiece. The drilling includes continuously moving said workpiece and selectively operating a laser when said workpiece is at a predetermined position. The shaping and drilling occur in the same piece of equipment.
1. A method of manufacturing a component comprising:
translating, along a predetermined axis, a feed rod from a bar feeder, wherein a finger chuck is attached to a portion of the feed rod and wherein the finger chuck supports a workpiece, the bar feeder being arranged coaxially with a spindle;
shaping, by performing a milling operation, the workpiece into the component having a desired shape while rotating and/or translating, by the spindle, the workpiece about the predetermined axis; and
drilling a plurality of holes in said workpiece while rotating and/or translating, by the spindle, the workpiece about the predetermined axis, wherein said drilling includes continuously moving said workpiece and selectively operating a laser when said workpiece is at a predetermined position, said shaping and drilling occurring in the same piece of equipment, wherein
in order to continuously supply, by the bar feeder, the workpiece to a machine performing the milling operation, the bar feeder and the spindle are arranged coaxially such that the feed rod of the bar feeder is configured to translate along the predetermined axis that is coaxially with an axis of the spindle, between a position separated from the spindle to a position adjacent, in contact with, or within the spindle.
2. The method of claim 1 , wherein said shaping and drilling occur sequentially, without interruption.
3. The method of claim 1 , further comprising cleaning the component via a coolant flow to remove debris and contaminants therefrom.
4. The method of claim 1 , further comprising providing a coolant system directing a flow of coolant over the workpiece during shaping and drilling.
5. The method of claim 1 , wherein the laser comprises waterproof optics.