Robust and Efficient Deep Hole Drilling Motivation Due to the low process stability deep hole drilling is limited to conservative cutting parameters This leads to low productivity, high energy consumption, substantial manufacturing costs or a low workpiece quality Goals Increase in process stability and productivity Reduction of machining time and costs Reduction of tool wear and burr formation Reliable chip control (chip breaking and chip removal) Approach Determination of the potentials of hybrid machining technologies Development of tools, technical equipment and technologies for hybrid machining Development of process monitoring and control strategies Technology transfer and implementation
Motivation Due to the low process stability deep hole drilling is limited to conservative cutting parameters This leads to low productivity, high energy consumption, substantial manufacturing costs or a low workpiece quality Goals Increase in process stability and productivity Reduction of machining time and costs Reduction of tool wear and burr formation Reliable chip control (chip breaking and chip removal) Approach Determination of the potentials of hybrid machining technologies Development of tools, technical equipment and technologies for hybrid machining Development of process monitoring and control strategies Technology transfer and implementation
