Metallum secans est maxime communiter usus processus in mechanica processus, secundum diversas magnitudinem et figura ex machina partes in mechanica apparatu, nos postulo a varietate diversis modis ad secandum. Ergo metallum secans etiam dividitur in multis genera, ibi sunt, milling et stridor. Hodie nos loqui in detail de quattuor modi metallum secans dispensando.
I. Conversus. Conversa refers to workpiece gyrationis ut pelagus motus, linearibus motus de instrumentum ut pascuntur motus de secans processus. Quia pelagus motus conversus est rotating motus ex parte, conversus est maxime idoneam ad machining partes rotating superficies. Ob suam altum productivity, humilis productio sumptus, lateque de machinable materiae, facile ad curare accurate de situ cuiusque machining superficiem, in conversus processus potest plerumque adhiberi ad exteriorem circulum, foraminis, finem faciem et conum.
II. Milling. Milling refers to the milling cutter gyrationis ut pelagus motus, cum workpiece vel milling dutter ut feed motus de secans dispensando modum. Milling Processing habet princeps productivity, princeps processus accurate, bonum calor dissipatio conditiones in dentibus, facile ad vibrationis, et milling est plerumque usus est in superficiem processui mechanica processus.
III. Dinding. Molere refert ad modum machining superficies workpiece per rotating abrasive tool ad altum linearibus celeritas. Dinding processus plerumque habet sequentes, altum praecisione, parva superficiem asperitas; Et molere machina propter molere est superior praecisione, melius rigorem et stabilitatem quam generalis secans apparatus, et habet micro-pascere mechanism, quod potest portare micro-cutting; Cum molere, celeritate celeritate est ieiunium singulis stridor ora secat parum moles metallum de workpiece quae conducit ad formationem lenis.
4.Planing. Planing refers ad sectionem modum quo Planer et workpiece moventur in horizontali directionem ad rectam. The planer is simple in structure and convenient to adjust and operate in the process of processing, can process vertical and horizontal planes, and can also process T-slot, V-slot, etc. In addition, the productivity of planing is low, the processing accuracy is not high, the main motion of planing is reciprocating linear motion, and the tool is cut and cut out when the reverse impact is affected by the inertia force, a surface often has to limit the Melius de cutting celeritate, ita productivity de planing est inferior quam milling.
