Quam ad redigendum errorem workpiece machining a vertical machining centrum?

Nam quis dispensando apparatu, cum illic es problems cum workpiece processui, ut processui iter occasum, processus progressio progressio praeparatio, processus tool selectio, machina instrumentum problems, et processus accurate et processus of workpiece et processui efficientiam, et afficit processus accurate et processus of workpiece et processui efficientiam et processus in accurate et processus of workpiece et processui efficientiam et processus accuratos et processui efficientiam, et afficit processus accuratos et dispensando efficientiam et processus in accurate et processus of workpiece et processui efficientiam et processus in accurate et processus of workpiece et processui efficientiam, et processui accuratos et processui efficientiae in quaestiones. As a high-precision processing equipment, the commonly used methods of reducing the machining error of the workpiece mainly include the original error reduction method, the error compensation method, the error transfer method, the error grouping method, the error average method, and the error synthesis method.

I. Error synthesim modum

Reducing ad errorem machina instrumentum ipsa est pelagus modum ut ad machining accurate in workpiece. Error synthesis modum requirit mensuræ in originali errores cuiusque axis machina instrumentum. Et laser interferferfeter est pelagus deprehensio instrumentum verticalis machining centrum propter eius excelsum mensuram accurate et flexibile usum.

II. Error ultricies modum

In errore compensationem modum est artificialis creare errorem ad offset originale errorem inhaerens in processus ratio, aut uti una originali error ad offset aliud originale error, ad consequi ad meliorem machining accurate ad consequi ad meliorem machining accuratior est ad consequi ad meliorem machining accuratior est ad consequi ad meliorem machining centrum. Plerumque per reducendo ad alvi de paratus instrumentum, improvidus improviditate machina instrumentum, et usura preload ut generate preload vi ad relevant apta, effectus ex alvi reducitur. Potest etiam amplio rigiditatem workpiece et tool et reducere in overhang longitudinem ad instrumentum et workpiece ad amplio rigiditate processus ratio. Est etiam potest adoptare rationabile clamping modi et processui modi, reducere cutting vi et ejus mutationes, rationabiliter eligere instrumentum materiae, crescere rastris angulus et principalis declinationem materiae ad amplio processus perficientur materiae, etc. modum.

III. Protinus reducere originale error modus

Modus autem directe reducendo originale errorem refers to trying ad directe reducere vel reducere principalis originale error factores ut afficiunt machining accurate post identifying pelagus originale error factores. Exempli gratia, post verticalem machining centrum adhibetur diu, in positioning de transmissione ratio et backlash causatur per naturalem et lacrimam sunt impropria.

Quarto, in errore mediocris modum

In errore mediocris modum est ut mutua comparationis et mutua correctio inter propinqua related superficies vel utuntur mutua propius ad dispensando, ita ad consequi ad reducendo in dispensando errorem vertical machining centrum.

V. Error translatio modum

Essentia error translatio methodus est comprehensive errore fecit per collective errore, vi deformatio, et scelerisque deformatio translationis processus ratio. Exempli gratia, cum vertical machining centrum performs aliquid foraminis dispensando, in coaxiality in workpiece non praestatur a rotatione accurate ex machina tool fusum, sed a fixture. Cum machina instrumentum fusum et workpiece sunt coniuncta a natantis, in originali errore machina tool fusum non amplius afficit ad machining accurate, et transferre ad fixture ut machining accurate.

VI. Error coetus

In machining in verticali machining centrum, quod machining errorem huius processus causatur ex esse de processus blank errore. Et mutationem in blank error habet duo principalis influxibus huius processus: reactionem errorem et positioning errore. Si supra errorem est magna, in machining accurate non potest praestati, et est univocum ad amplio blank accurate vel machining accurate ad priorem processus.

At this time, the error grouping method can be used, that is, the blank or the previous process size is divided into n groups according to the size of the error, the error of each group of blanks is reduced to the original 1/n, and then the relative position of the tool and the workpiece is adjusted according to each group. Adjust positioning elementa, ut mole dispersionem range totius batch workpieces potest multum reduci. Essentia in errore circuitus modus est facere ad defectum machinens accurate per meliorem mensuram accurate ad reducendo influentiam machining errors.