查询词典 machining

High speed machining CNC machine tool machining center motorized spindle linear motor

高速加工；数控机床；加工中心；电主轴；直线电机

Based on the research results about simulation verifying technology of CNC machining program, a simulation machining system for CNC tool grinder is developed with Matlab as a developing platform, and the simulation verification of CNC grinding program for complex shaped cutters is carried out.

在研究数控加工代码仿真检验技术的基础上，开发了基于Matlab平台的数控工具磨床仿真加工系统，实现了复杂形状刀具数控磨削加工代码的仿真检验。

CERATIP KYOCERA, is cutting tools is Japan KYOCERA KYOCERA company in the world's most advanced precision ceramic technology as the core of the new generation of turning, milling and CNC machining centers on the use of cutting tools manufacturers, the company specialized in diligently unremitting spirit of innovation, and advanced technology, the application of the material in the different needs of customers, with more and more durable of the target, developed a new generation of pottery and porcelain, metal ceramics, the metal ceramic coatings, carbide and carbide coating, diamond and CBN, and other types of tools, the main products are inside and outside the turning tools, small parts processing cutting tool, cutting tool, cutting tool, drilling, thread milling cutter, plane, end milling machining tool with etc.

京瓷CERATIP尚乐特刀具是日本KYOCERA公司以世界最领先的精密陶瓷技术为核心的新一代车削、铣削及数控加工中心上使用的可转位刀具的专业刀具生产厂商，公司以努力不懈的创新精神，加上最先进的材料技术的应用，针对客户的不同需要，本着的目标，开发了新一代的陶瓷、金属陶瓷、金属陶瓷涂层、硬质合金及硬质合金涂层、金刚石及立方氮化硼等各种类型的刀具，主要产品有内、外园车削刀具、小零件加工刀具、切槽、切断刀具、车螺纹刀具、钻孔刀具、平面铣削加工刀具、端铣刀具等等。

With the development of high-speed machining,it is possible for thin-walled parts to implement the high-effective and precision machining.

高速切削技术的发展，使得薄壁结构件的高效、精密加工成为可能。

Acting mainly the well-known brand, Panasonic Electrical Products; Hitachi motor; Hitachi electrical tools; SMC Pneumatic items; KOGANEI pneumatic tools; Mitsubishi Motors, various blades, raw material products; Kyocera blade products; OSG bit, cutter, Tap products; Sampoong measurement tools and measuring instruments categories related products; NT knife handle products; BIG knife handle category Products; FSK wheel products; THK linear guide, screw type; NSK, NTN, NACHI bearing; Omron electrical switch products; East electrical products; Youyan of oil Products; citizen lathe products; JAM the lathe, machining center fixture products; KHS the lathe, machining center fixture products; OKK processing center, and other processing equipment products.

代理的知名品牌主要有，松下电工系列产品；日立电机类；日立电动工具类；SMC气动件产品；KOGANEI气动工具类；三菱电机、各种刀片、原材料类产品；京瓷刀片类产品；OSG钻头、铣刀、丝锥类产品；三丰测量工具及测量仪器类相关产品； NT刀柄类产品；BIG刀柄类产品；FSK砂轮类产品；THK直线导轨、丝杠类；NSK、NTN、NACHI轴承；欧姆龙电器开关类产品；东方电机类产品；油研油压件产品；西铁城车床类产品；JAM的车床、加工中心用夹具系列产品；KHS的车床、加工中心用夹具系列产品；OKK加工中心等加工设备类产品。

In this study, a commercial CAD/CAM Software is used to plan and generate the multi-axis tool path, and a table rotating/tilting type five-axis machining center is used to perform the experimental machining operation. The material of the die studied is NAK 80 die tool steel, and the geometries are modeled as concave and convex spherical surfaces. Milling parameters considered are spindle speed, feed rate, and different types of cutting tool path. The experimental results show that the surface roughness for concave spherical surface is about 0.247 μm and roundness is about 0.0283 mm and the surface roughness for convex spherical surface is about 0.250 μm and spherical roundness is about 0.0551 mm under the cutting conditions mentioned in this study.

本研究的实验方法与步骤包括利用商用CAD/CAM系统针对实验对象规划三轴/五轴同动加工路径，并经后处理程式转换，在本实验室之平台倾斜/旋转型之五轴加工机上进行实验，实验对象为NAK80模具钢材料之凹与凸球形曲面之加工，此外考虑的切削条件有主轴转速、进给速度、加工路径等，在本研究所设定之最佳切削条件下，凹球形曲面之真圆度约为0.0283 mm，粗糙度为0.247 μm，而在相同切削条件下，凸球形曲面之真圆度为0.0551 mm，粗糙度为0.250 μm。

Twin spindle simultaneous machining, two or more parts machined at the same time; quick workpiece changing table, minimize the machine idle time to seconds; integrated workpiece swivel table at each side for multi side machining; patent Basket type tool magazine, incredible 2.1sec chip-chip tool changing time; hydraulic fixture machine preparation-----Thanks to this talent design, DZ15W Magnum becomes the best choice of high volume production.

双主轴同步移动，一次加工两个零件或更多；双交换工作台，将停机时间降至最低；双侧工作台均配置集成式转台，实现一次装夹四面加工；专利设计的篮式刀库，屑-屑换刀尽需2.1秒；预装液压夹具接口―――得益于如此天才的设计，DZ15W Magnum得以不辱使命。

Production plant is built by Liwo machining centers, CNC horizontal boring and milling machines, CNC milling machine portfolio composed of "soft-shell parts production line": production block, cylinder head, gearbox, and other high technology content Shell exports of parts and vehicles and Liwo Liwo CNC machining centers, and other components of the "revolving line of processing": processing the internal combustion engine piston, cylinder differential top shell, shell reducer such as automobiles, engineering machinery, Agricultural machinery industry with high technical content in the rotating parts, as well as between the rotating shell parts and exports between the parts production.

现生产工厂已建由立卧加工中心、卧式数控镗铣床、数控组合铣床组成的&壳体类零件准柔性生产线&：生产缸体、缸盖、变速箱等各种技术含量高的壳体类出口零件；以及数控立卧车和立卧加工中心等组成的&回转体加工线&：加工内燃机活塞、缸头等差速器壳体、减速器壳体等汽车、工程机械、农机行业中技术含量高的回转体零件以及介于回转体和壳体类零件之间的出口零件生产。

Keywords economical NC lathe;vertical machining center;transmission shaft fork;machining efficiency;capital for investment

全功能数控车床；立式加工中心；传动轴节叉；加工效率；投资费用

Integrated with machining reality ,plain milling tool is used for machining of straight groove, while bar milling tool for screw groove. Account for that, tool-path is calculated .

结合生产实际，加工工艺方案定为：采用盘铣刀加工喷管直槽，用棒铣刀加工螺旋槽，并以此进行刀位计算。

The split between the two groups can hardly be papered over.

这两个团体间的分歧难以掩饰。

This approach not only encourages a greater number of responses, but minimizes the likelihood of stale groupthink.

这种做法不仅鼓励了更多的反应，而且减少跟风的可能性。