我們正在尋找什麼

  • Check the provided documents and data, e.g. program ordering, drawings, clamping situations, 3D models, etc. can design clamping for Millturn ,milling operations. 检查相关的文件以及数据例如程序安排，图纸，夹具图，3D模型等；能够设计车铣复合以及铣削工艺加工的夹具等；
  • Determine the optimal machining process for the machining of complex workpieces with spatially difficult geometries for different materials (casting, aluminium, steel).为不同材料（铸铁件，铝件以及钢件）加工具有空间限制困难几何形状的复杂工件确定最佳加工工艺
  • Set the processing points / reference point. 调试设定程序工艺的参考点；
  • Consideration of upstream processes, measuring sheets, processing status, etc..考虑上道工序的加工信息，量具准备表格，加工状态等；
  • Consideration of follow-up processes with regard to clamping surfaces, bleed surfaces, etc.考虑后续的装夹定位面，泄流面等；
  • Preparation of existing data (drawings, 3D models, etc.) taking into account the manufacturing technologies used for NC programming.准备现有数据（图纸，3D模型等）考虑用NC编程的技术
  • Selection of suitable editing tools.选择合适的编程工具
  • Create a standalone 3D tool that doesn't already exist in the system.新建新的3D刀具到系统中
  • Create NC programs taking into account cost-effectiveness, quality and user-friendliness for 4-axis lathes with 2 slides incl. synchronization , complex rotary milling center with rotary drilling milling unit and several channels (XXXXXX) incl. complex 3D machining and rotate with swivel B axis.考虑成本效益，质量和用户友好性，为具有上下两通道的4轴车床创建加工程序，包括同步加工，带有旋转钻铣单元的复杂旋转铣削中心和若干个通道，包括复杂的3D加工和旋转B轴加工等；
  • Avoidance of unfavorable chip formation by optimizing chip cross-section, delivery and feed taking into account the performance limits of the machines.通过优化切削铁截面，考虑到实际设备的性能限制，避免不利的切屑产生
  • Collision view of the complete machining process.检测模拟撞机的完整加工图
  • Creation of tool lists and cut splits/plan for production. 创建生产加工的刀具清单和表格
  • Self-responsible provision of the created programs for production including start-up support and optimizations in terms of process reliability, cycle time, tool life and chip formation. 负责为生产创建新的程序，包括首件试生产和工艺的可靠性，周期性，刀具寿命和加工中产生的铁屑的研究；
  • Co-responsibility for meeting deadlines / time schedules共同完成截止日期和时间安排

您應該帶什麼

  1. college or bachelor majored in CNC machining or related industries; more than five years’ experience on CNC – controlled machines operating and setting up; 大专，本科以上学历，主修机械切削或者相关专业，五年以上CNC加工设备的操作预计调试经验；
  2. experience in NC programming (in best on TopSolid V6/V7) 编程相关经验（最好使用过TopSolid V6/V7版本）
  3. fluent in English in communication 流利的英语交流
  4. Good knowledge in metal working, especially in mechanical machining, drawing reading, capturing 3-dimensional geometries. 良好的金属加工知识，特别是机械加工知识，熟悉图纸，掌握三维几何图形
  5. Remodel existing and recreate 3D models for NC programming items 为NC编程创建现有的和新建的3D模型
  6. good knowledge of the specifics of the respective NC machines.良好的数控机床知识
  7. Create NC programs and related documents independently 独立的创建新的NC程序
  8. providing assistance to other employees, including training activities. 提供一些支持给其他同事，包括相关的培训等

我們是誰

莱茵金属汽车在全球40多个地区开发，生产和销售汽车零部件和系统。旗下有三个高端汽车零部件品牌。其中，科尔本施密特（Kolbenschmidt）和皮尔博格（Pierburg）赋予莱茵金属汽车100多年的汽车专业知识，而梅施（Motorservice）则代表着汽车售后市场的强势实力。

莱茵金属股份有限公司(Rheinmetall AG)位于德国杜塞尔多夫(dusseldorf)，是一家综合性科技上市集团，在环保交通工具和安保技术方面取得巨大成功。莱茵金属汽车是世界领先的汽车零部件供应商，拥有创新的动力传动系统解决方案和全面的轻量化工程技术。作为欧洲领先的军工技术系统公司，莱茵金属是军队的长期合作伙伴。

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