Puncti clavi quinque axis CNC machinae precision

Struktura instrumenti machinae roborabitur et praeparabitur effectis anti vibrationis mensibus.

2. Systema controllis: quinque instrumenta machinae CNC axis optima systemam controlaris necessitat, qui potest monitorare et controlare motionem multiplicarum asserum in tempore reale. Sistema kontrolis superprecision orientationis et interpolationes functiones habere ut pertinent pertinentia.

3. Selection Tool: Five axis CNC Machining generally requires the use of longer tools to reach deeper machining areas. Selection of cutting tools should take into account rigidity, cutting performance, and wear resistance to ensure machining quality and power.

4. Processing strategy: Five axis CNC machining can achieve more processing directions and angles, so a chaotic processing strategy can be adopted. A reasonable machining strategy can reduce machining time, improve surface quality and reduce tool wear.

5. Programming: Five axis CNC machining requires writing messy machining programs to complete messy machining paths and cutting conditions. Potentia programationis intellegent diversas formas et proceduras regionis machinationis, et considerant optimizationem et securitatem viae instrumentorum simul.

6. Preparatio antequam machinatur: opus preparation is adequatus est ante quinque machinas precision CNC axis exercitus. This includes selecting appropriate fixtures and workpiece fixing methods, confirming reasonable cutting tools and processing parameters, and conducting necessary process tests and calibrations.