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11 sty 2012 · Carbide needs to run at roughly 4 times the speed of HSS to cut properly. Having said that there are people that do use carbide at slow speeds with good results, usally involving a positive rake tool.
For maximum tool life, cut full depth and full speed. The only reason to go slower is a lack of machine rigidity, power, or cut quality. Is one generally better, or are there situations where it's best to choose one over the other and vise versa?
Slow down your feed speed. When sectioning manually, it can be difficult to keep the feed speed low just before leaving the workpiece, which means burrs are likely to occur. The solution? Use an automatic cut-off machine with controlled feed speed. Check out our automatic cut-off machines. Example of a burr in titanium. Clamping from both sides. 2.
Manual cutting, while a traditional method, can significantly hinder the speed and efficiency of apparel production. It is a time-consuming process compared to automated machines. This limits production output and makes it difficult to meet tight deadlines, especially for large orders.
An automatic tabletop cut-off machine for mineralogical and ceramic samples, with a maximum workpiece size of 30x40mm. A low-speed cut-off machine, the Minitom is ideal for precision materialographic and metallographic cutting and sectioning in small laboratories.
The IsoMet Low Speed precision cutter is a compact gravity-fed precision saw, 5in [127mm] tabletop machine that delivers the gentlest cut for your sample. Its precision micrometer and user-friendly controls give total control to the user.
8 lut 2024 · The appropriate speed for a machining application is largely determined by the overall stability of the setup, which is a subjective assessment. It depends on the quality of the clamping of both the workpiece and the cutting tool, as well as the overhang of the cutting tool.
