1) 6-axis high-speed milling center
六坐标高速铣削加工中心
2) high speed milling
高速铣削加工
1.
Research on Constant Scallop-height Tool-path Planning Method in High Speed Milling;
高速铣削加工中等残留高度刀具轨迹规划方法研究
3) high speed rough milling
高速粗铣削加工
1.
The aim objective of the paper is to investigate the feasibility of employing high axial depths of cut (10 mm axial depth of cut 20 mm) when high speed rough milling hardened AISI H13 steel in order to achieve high volume of metal removed at the expense of low machining time.
主要是研究在高速粗铣削加工淬硬钢AISIH13时,为了获得高的金属切削量,采用高轴向切削深度(10mm≤轴向切削深度≤20mm)的可能性。
4) high-speed milling
高速铣削加工
1.
PowerMILL high-speed milling strategy are introduced, and, NC processing procedures by PowerMILL is stated in detail over real instance.
介绍了PowerMILL的高速铣削加工策略,并通过实例,较为详细地讲述了运用PowerMILL进行数控加工的过程。
2.
In this paper, the high-speed milling′s spindle system、high-speed milling′s feeding system and high-speed milling′s monitoring system are introduced.
本文介绍了实施高速铣削加工的高速主轴系统、高速进给系统及高速铣削加工的监控系统,并对它们的特性进行了研究和分析。
6) 5-axis manufacture center
五轴铣削加工中心
1.
First analyzes the basic structure of 5-axis manufacture center using the HERMLE C 1200 U as the example ,then gives the mathematicl model dealing with 5-axis manufacture center angle distributing and coordinate changing,at last introduces the settling scheme of post treat software UG-HERP 1.
首先以 HERMLE C1200 U 为例分析了五轴铣削加工中心的基本结构,然后据此给出了涉及多轴铣削加工中心后置处理角度分配和坐标变换的数学模型,最后介绍了以此数学模型为核心,为UG 软件开发的后置处理软件 UG-HERP1。
补充资料:高速加工中心进入汽车生产领域
加工变速箱时自动线与高速加工中心之间投资费用的比较 |
EX-CELL-O的缸盖柔性生产线 |
说明:补充资料仅用于学习参考,请勿用于其它任何用途。
参考词条