Turning engineers or turners often face some work problems, such as excessive chipping or chip entanglement caused by continuous scraping and causing hand cuts during cleaning; bar or workpiece due to vibration causes poor surface quality of parts The noise caused by vibration causes hearing damage; it is necessary to frequently replace damaged tools with unsatisfactory service life; the chuck clamping is often strengthened when necessary; the workpiece that is cut after the automatic core machine is finished is dropped into the chip flute and is difficult to remove; With the emergence of more and more advanced machine tools, turning engineers or turners must also learn new knowledge or technology (such as milling technology) and so on.
Technical experts from machine tool equipment and tool suppliers bring a wealth of excellent application technology and experience sharing. The following six tips on turning technology improvements may be the first time you hear about it, but they are all very good practical new technologies or know-how. I believe it will help you improve your processing capacity and reduce manufacturing costs!
Continuous and effective cooling
High-pressure jet cooling (HPC) is not a fantasy, and this technology has proven to be extremely effective in increasing machining efficiency and improving tool life because high-pressure jet cooling technology can effectively eliminate cutting areas in the first place. The cutting heat allows for higher or higher cutting parameters to be used without having to worry about the high cutting temperatures resulting in more cutting heat. From the surface and intuition you may feel that it is incredible to achieve such obvious efficiency improvement only by the rapid removal of cutting heat, but when you know that using HPC high pressure spray cooling instead of the traditional cooling method can make you achieve five times the cutting Will you hesitate if the speed increases?
The Sandvik Coromant CoroTurn 300 tool performs high-efficiency cutting in a two-way high-pressure spray (from the rake face and the flank face, respectively)