Amit
Bansal and Kiha Lee
Sponsored
By: CODEF
Abstract
The
purpose of this research is to bring out the advantages of applying
tool path planning in conjunction with exit order sequence (EOS) to
minimize burr formation in face milling. While tool path planning avoids
exit burr condition in high priority regions, EOS can help determine
appropriate tool geometry and in plane exit angle for smaller burr size
in exit regions. Tests were performed on engine blocks from an automotive
production line and results were very encouraging.
Keywords:
Burr formation, exit order sequence, milling, tool path
View the entire report:
PDF
Go Back
to the 2001 Index
