De processione partium precisiorum omnes materiae precisio non potest processi. quidam materia cum excessimo angustia superiora sunt angustia parterum processorum et partes contriti sunt Therefore, these materials are not suitable for precision machining as they consist of parts made of special materials or cannot cut through elevators.

Duos generos materiae ad processionem componentium precision sunt: materiae metallici et materiae non metallici.

Materiales metallici maxime gravitate ferro, copro, et ultimo aluminium sunt. Processo ceramicae, plasticorum et ceteris non metallicorum materiae sunt.

First, there is a requirement for material hardness, which may be relatively high depending on the situation. However, limited to the hardness requirements of the processed parts, the material being processed is not too hard. Comparatum ad componentes, difficilior est et processi non potest.

Proximo, materia est tenebra, difficile, et adequa, paululum minus quam catena duritatis quam componentes. At the same time, seeing how the processed parts are used and selecting materials reasonably for the components.

In breve, precision machining has several requirements for materials, and not all materials are suitable for processing. Exemplo, materia softa processura non necesse, cum materia difficile processuri non potest.

Pro hoc primum est adtendere densitatem materiae antequam processatur. Si alta est densitate, equivalent fortitudini, sed fortitudo superest fortitudinem component is (disci rotari) et non potest processi. Non solum componentes maledicit, sed etiam periculos possit, sicut cultros fluentes foras et vulnerantes homines. Hoc ergo, generis loquentibus, in processione mecanica, si materia inferiora est quam Kata, non potest processi.

Multae typi procedentium mecanicarum sunt, quorum unusquisque requirit opus technicam. Secundo principales procedentium componentium mecanicarum, attention sequentibus materialibus, bending, stretching, forming, welding, etc., sunt omnia procedentibus mecanica.

Pro manibus processionis divisus est in panem generum, panem numerans, secans discum, laser packaging, et ventum secans. According to the processing method, the underground processing technology is also different. Main methods of mechanical grounding are counting bread and laser fracture. The advantage of laser fracture is that the thickness of the processed sheet is very large, the fracture speed is very fast, and the processing is very soft. Necessita est quia non potest processi et formati in una vice, et partes in spelunca online non procedere sic, quoniam costa processionis altissima est.

The main welding methods used in mechanical processing factories include Yak welding, Prazma Yak welding, gas welding, pressure welding, fusion welding, Slug welding, and various additives. The welding of mechanical products mainly involves Yak welding and gas welding. Feritus cum tenebris, manerabilis, amplius applicabilitate, omnis fusio position is utilisar potest, arma simpla est ad usandum, durabilitate bona est, costa panis minima est, sed intensitate operantis alta est et qualitate instabile est, quae determinat nivellum operantis. Temperatura et proprietates ignition is fusionis gasolinis adjusta sunt. Compara cum fonte caloris fusionis Yak, area caloris affectus amplius est, caloris minus concentratus est quam Yak, et productivitate minima est.