1. Fault in CNC precision machining principle

Errores fundamentales in machina precision CNC causae sunt ab approximate movementis machinae aut contouris instrumentorum approximate. quia errores sunt in principio processionis vocatur errores principium processionis. Pro tempore quo errore principis inter domum acceptabilem est, hoc metodo processionis adhuc fessibile est.

2. Aliquid errores in instrumento machinae

Errores machinae fabricationis, errores apparatus, et laborationis inter utilitatem directo influent exactitatem machinae operantium. Among them are machine tools spindle rotary motion, machine tool guide rail linear motion, and machine tool transmission chain errors.

3. Facilitate errorum et induria instrumentorum

Errores fabricationis, errores apparatus, laborationes et lacrimas in manipulatione instrumentorum CNC omnes potent ad accuracionem operantium machinarum affecti. During the cutting process, there is intense conflict between the cutting edge, cutting surface, workpiece, and chips, resulting in tool wear. When the tool reaches a certain value, the surface roughness of the work increases, and the color and shape of the chips change, accompanied by oscillation. Tool wear will directly affect cutting productivity, machining quality, and cost.

4. Error fixtura

Errores fixturae in machinis precisionis CNC includent errores positionis, errores clampionis, errores apparatus fixturae et errores alignationis instrumentorum. Haec errores prima sunt related to the precision of fixture manufacturing and installation.

Precisio machinae precision is CNC non perfect a est, quando errores inter quaecum intervallo controlant, non est nihil. Instrumenta fabricationis errores et gerere et lacrima.

5. Error positionis

Positioning errores mainly include reference mislignment errors and inaccurate positioning sub fabrication errors. When machining workpieces on machine tools, it is necessary to select several elements on the workpiece as the positioning reference for machining. Si benchmarkum positionis et benchmarkum design utilizatur (benchmarkum utilizatur ad determinandum dimensiones externis et orientationem partes drawing is). Si misligatio occurrit, errore referentiae misligationis resultabit. The workpiece positioning surface and fixture positioning components together form a positioning pair. Lingua positionis inaccurata causa a magna transferentia opus propter inter parietes positionis vocatur positionem. Errores inaccurate in productione.

6. Adjuste errores

In omni proceso procedentis mechanicae, systema procedentis semper per per singulos modos aut aliud adjustur. Quia adjustationes precisas non possunt, errores adjustationis acciderunt. In systema procedentis, accuractia orientation is inter fabricatum et instrumentum in instrumento machinae secuta est per adjustendum instrumentum, instrumentum, fixturam aut fabricatum. When the original accuracy of machine tools, cutting tools, fixtures, and workpiece blanks meets the process requirements without considering dynamic factors, adjustment errors play a decisive role in machining errors.

7. Error mensurae

Quando mensura partibus precisiis CNC in manipulatione aut post machinas CNC, precisium mensurae directo influentur per metodo mensurae, precisium instrumentorum, fabricationes, subjectivos et objectivos.