1. Error rotationis Spindle.

Error rotationis Spindle refert ad quantitatem variationis in axis rotationis vera spindali relative to its average rotation axis at each time. Prima causa errorum radicalis rotationis in spindle incorporatent errores coaxialitatis in pluribus sectionibus colli spindle, varias errores in portantibus suis, errores coaxialitatis inter portantibus et deflectionem spindle.

2. Malfunction ferrum.

The guide rail is the benchmark for confirming the relative orientation relationship of various machine tools components on the machine tool, and it is also the benchmark for the movement of the machine tool. Unaequa porta fertilis ducentis et qualitate apparentis sunt et factores importantes causantes errores fertilis ducentibus.

3. Fault in catena transmissionis.

Error transmissionis catenis refert ad errorem relativam motionis inter componentes transmissionis in principio et finem catenis transmissionis. Errores transmissionis causae sunt a fabricatione et congregatione errorum diversorum componentum in catena transmissionis, etiam portatione et lacrima in uso.

4. Paucis errores in instrumento.

In processo succidentis omnis instrumenti, porta inevitabile est, faciens variationes in granditudine et forma opus.

5. Errorem positionis.

Unus est culpa inconsistentium benchmarkorum. Reference used to confirm the dimensions and orientation of a certain surface on a part drawing is called a planning reference. Reference point used on the process diagram to confirm the size and orientation of the machining surface of the process is called the process reference point. When machining workpieces on machine tools, it is necessary to select several elements on the workpiece as the positioning reference during machining. Si benchmark positionis selecta non coinciderit cum benchmarko plantationis, resultabit in errore benchmarki misaligationis. Secunda proba est positio secundae production is incorrecta.

6. Errores causae a forte et deformatione systemae procedentis.

Unus est robustum opus. In the process system, if the rigidity of the workpiece is relatively low compared to the machine tool, cutting tool, and fixture, then under the action of cutting force, the deformation of the workpiece due to the lack of rigidity will have a significant impact on the machining accuracy Secundus est rigiditate instrumenti fractae. Fortitudo instrumenti externi conversationis in oriente normale superficie machinae altissima est, et deformatio eius ignorabitur. Parva diametra interiora caverna, rigiditate instrumentorum tenentis pauperum est, et fortitudo et deformatio instrumentorum tenentis signum influentiam habet super machina accuracionem cavae. Tertia est fortitudo componentium instrumentorum machinarum. Componentes instrumentorum machinae ex multis partes constituuntur. Do so far, there is no suitable simple calculation method for the stiffness of machines tools components. In hoc tempore, metodes experimentales prima utili sunt ad confirmationem fortitudinis componentium instrumentorum machinarum.

7. Errores causas a thermal deformation of the process system.

The thermal deformation of the process system has a significant impact on machining accuracy, especially in precision machining and large part machining, where machining errors caused by thermal deformation can sometimes account for 50% of the total workpiece errors.

8. Adjuste the fault.

In omni proceso procedentis mechanicae opus est systemam procedentis in una auta alia adjustare. Quia iustificationes precisas esse non potest, potest errores iustificare. In systema procedentis, accuractia orientation is inter opera et instrumentum in instrumento machinae secuta est per adjustendum instrumentum machinae, instrumentum succidentium, fixturam aut fabricationem. When the original accuracy of machine tools, cutting tools, fixtures, and workpiece blanks all meet the process requirements without considering dynamic factors, the impact of adjustment errors will play a decisive role in machining accuracy.

9. Errores mensurae.

Quando mensura partes in tempore aut post proceduram machinationis, accuracio mensurae directo affecta est per metodo mensurae, accuracionem instrumentorum mensurae, fabrica opera et subjectiva et objectiva.