Yammar Daga-Daga CNC: Babban Kasa 40% Da 99.5% Yanayi

Yamfafa CNC da kwayoyin multiaxis an yi amfani da 4-axis, 5-axis, ko wata aikin CNC gabatar da ke soya suka yi shirin da tsarin da suka iya sosai rubutu ko workpiece don labari daidai linear ko rotational axes tallaƙe, ya kawo wannan aiki na idon gida geometries 3D. Kamar yadda traditional 3-axis machines, machines CNC multiaxis suka yi parts don labari daidai angles tallaƙe, ya zoɗe wannan aiki da kuma a cikin labari fixturing, ya sauka masu danna. Don misali, mill CNC 5-axis ya yi machine turbine blade don labari shapes airfoil gabatar da channels cooling internal tallaƙe, kamar 3-axis machine ya kamata multiple setups ko processes additionals. Multiaxis machining ya kawo amfani da toolpaths gabatar, don labari daidai optimal angles don samun cutting forces ko samun surface finish. Wannan binciken aiki ne kamar materials like titanium ko composites, kamar excessive forces suka zama damage. Multiaxis capabilities abin da aka fara industries like aerospace, kamar components suka ci gaba surfaces free-form, ko medical, kamar implants suka ci gaba complex anatomical structures. Programming of multiaxis machines ke soya CAM software gabatar da engineers skilled don samun toolpaths da aka zoɗe collisions ko maximize machining efficiency, making CNC machining with multiaxis capabilities a cornerstone of modern precision manufacturing.