This paper describes the influences of cutting tool geometry and the tool position relative to the workpiece on cutting forces and machined surface quality in case of face milling with a cemented carbide tool. As especially great influence on the cutting is played by entry and exit circumstances of the milling tool. For this purpose, experiments were carried out where the tools with a different positive rake angle were tested and favorable relations between cutting tool diameter and the width of the cut were determined. Our research project presents further results which should be included among other basic data on tool life into tool database.
| Number of Pages : | 6 |
| Published : | 06/01/1996 |
