DelcamPowerMILL 编程效率与质量分析视频总汇
【5-1】https://v.icax.org/thread-3715-1-1.html
【5-2】https://v.icax.org/thread-3717-1-1.html
【5-3】https://v.icax.org/thread-3720-1-1.html
【5-4】https://v.icax.org/thread-3721-1-1.html
【5-5】https://v.icax.org/thread-3723-1-1.html<您在这> Surface finish Quality Controlling toolpath Point spacing The ability to "fine tune"the point-to-point data in the toolpath will ensure the machine tool is running at its best and will improve surface finish.Can benefit both 3 axis and 5 axis applications. Point distribution 5 axis example A right tool setup extend tool life and improves surface finish
a.few interfaces as possible(minimum addition of tolerances) b.Recommended max run-out using a solid carbide end mill: 10 μm c.Each added 10 μm run-out will reduce tool life by 50% d.Spindle,tool setup,its overhang and unbalance do influence the maximum usable spindle speed Benefits of automatically the Maximum Tool Holder Prodile for a given tool
a.Quik and easy selection of the most rigid tool holder and overhang combination b.No time consuming Tool Holder Collision Checks c.Reduced vibaration d.Faster feedrate e.Extend tool life f.Better quality surface finish+less hand finishing Tool Axis Smoothing
a.Smooth 5 axis rotary movement is essental for obtaining a good quality surface finish b.Any Sudden or large change in the rotary axis over a small distance will leave undesirable cutter marks on the finished part