摘要
小型五轴数控雕铣机经典设计方法的周期长、成本高,因此应用先进设计方案解决以上问题显得尤为重要。本文首先探讨小型五轴数控雕刻机总体快速设计方案,涉及控制系统、硬件结构以及主要关键部件设计等;其次研究应用先进五轴线性插补算法;最后通过Solidworks等软件进行仿真设计,并通过零件的加工实现设备设计的可行性验证。
The classic design method of small five-axis CNC engraving and milling machine has long cycle and high cost.This paper first discusses the overall rapid design scheme of small five-axis CNC engraving machine,which involves the design of control system,hardware structure and main key components.Secondly,the advanced five-axis interpolation algorithm is studied and applied.Finally,the simulation design is carried out through Solidworks and other software,and the feasibility of equipment design is verified through the processing of parts.
作者
侯柏林
HOU Bolin(City College of Huizhou,Huizhou Guangdong 516025)
出处
《智能建筑与工程机械》
2020年第4期62-65,共4页
Intelligent Building and Construction Machinery
基金
广东省教育厅高等学校优秀青年教师培养项目(YQ2015221)。
关键词
五轴雕铣
线性插补算法
摆动机构
转台
驱动机构
five axis carved milling
interpolation algorithm
tilting mechanism
turntable
driving mechanism
