Scimussubtilitas machining requirements for precision is very high,subtilitas machining of good rigidity, high manufacturing accuracy, accurate tool setting, so it can process parts with high precision requirements. So which parts are suitable forsubtilitas machining?

Imprimis, collato cum ordinario torno, CNC torno constantem habet celeritatem linearem secans functionem, nulla materia convertendi faciem extremitatem vel diversum diametri circuli exterioris eadem celeritate lineari discursum esse, hoc est curare superficiem asperitatis valoris constantem et secundum quid. Parvus. Dum torno ordinario constans est celeritas, sectio celeritas in diversis diametris differt. Sub condicione ut materia fabricae et instrumenti, certae concessionis et instrumenti angulus certae sint, superficies asperitas pendet a celeritate secante et velocitate pascitur.

     When processing the surface with different surface roughness, a small feed speed is chosen for the surface with small roughness, and a larger feed speed is chosen for the surface with large roughness, with good variability, which is difficult to be achieved in ordinary lathes. Parts with complex contour shapes. Any plane curve can be approximated by a straight line or arc, cncsubtilitas machining with arc interpolation function, can process a variety of complex contours of the parts. cncsubtilitas machining needs the careful use of the operator's good or bad.

     CNCsubtilitas machiningmaxime habet pulchrum flexum, denique taediosum, denique molarium, denique stridorem et stridorem processuum

Finis mutationis et taediosas: maxime ad praecisionem lucis mixturae (aluminium vel magnesium, etc.) partes aircraft sunt plerumque hac methodo discursum. Fere cum instrumentis adamantinis crystallinis naturalibus simplicibus, radius circuli aciei minor est quam 0.1 micron. In summa subtilitate lasti processus consequi potest 1 micron accurate et mediocris altitudinis differentiam minus quam 0,2 micron superficiei inaequalitatem, accurationem coordinatam attingere potest ± 2 micron

Partes processus

    Subtilitas milling:Solebant machinae partes structurales aluminii vel beryllii mixturae cum figuris complexis. Sagaciter innixus es ductor machinae et fusus ut altam obtineat locum mutuam accurate. Summus celeritatem milling cum diligenter terram adamantem extremum attingere potest superficies accuratae speculi.

 Tenuis stridor;Usus est ad machining sagittarum seu foraminis genus partium. Plurimae hae partes ferro indurato fiunt, quae magnam habet duritiem. Maxime summus praecisio machina stridor fusi hydrostatica vel dynamica pressionis liquidae gestus ad altam stabilitatem curet. Ultima subtilitas stridoris inducitur per instrumentum machinae fusi et tori rigoris, sed etiam a factoribus sicut electio et libratio rotae stridoris et machinis subtiliter foraminis centri operis. Molestus tenuis subtilitatem dimensionalem 1 micron et obsoletae rotunditatis 0,5 micron obtinere potest.

   Molendum:Principium mutuae stridor partium coniugationis adhibita selective processus irregulares partes elevatas in superficie machinata. Attritio diametri frumenti, secans vim et calorem secans praecise temperari potest, sic est altissimussubtilitas machining method insubtilitas machining technology. Hydraulic or pneumatic mating parts in precision servo parts of aircraft and bearing parts of dynamic gyro motors are machined by this method to achieve 0.1 or even 0.01 micron accuracy and 0.005 micron micro-unevenness.