金属零件

CO2激光选区烧结铁粉制造微型金属零件的研究

Research on CO_2 laser selective sintering Fe powder to fabricate metal micro-component

所有金属零件之加工制造及CNCM/C代客户加工各类零配件。

Machining of metal parts and other parts by the CNC machine and M / C.

基于RPM快速制造金属零件的方法评述及展望

Evaluation and Prospect of Methods to Produce Metal Parts Quickly Based RPM

精密金属零件用非ODS水基清洗剂的复配

Make-up of non-ozone depleting substance liquid detergent for precision metal parts

基于SLS塑料原型的金属零件的快速铸造

Rapid Casting of Metallic Parts Based on SLS Plastic Prototype

基于SLS技术的金属零件快速制造研究

Study on Rapid Manufacturing for Metal Part Based on Selective Laser Sintering

SLS间接法制造金属零件生坯强度研究

Investigation into the strength of metal green parts fabricated by indirect SLS

精密金属零件非ODS清洗技术研究

Study on non-ODS cleaning technology of the precision metal detail

选择性激光烧结（SelectiveLaserSintering，SLS）间接法能够制造任意复杂结构金属零件，但存在孔隙率高和强度低的缺陷。

Indirect Selective Laser Sintering ( SLS ) can manufacture any types of parts with complex structure , but with high porosity and low strength .

经济型金属零件LOM技术倾斜切削专用铣刀设计

Design of Special Oblique Milling Cutter in Economical LOM for Metal Part

基于新LOM技术的金属零件自适应切片软件的开发

Development of Adaptive Slicing Software Based on the New LOM for Metal Part

结合SLS快速成形和铸造工艺可以实现金属零件的快速铸造。

The rapid manufacturing for metal parts can be realized by SLS prototyping combining with casting process .

激光熔覆成形技术（LaserCladdingForming，LCF）在薄壁件加工方面显现出独有的优势，能够直接成形出满足使用性能要求的金属零件。

Technology of Laser cladding forming ( LCF ), which shows unique advantages in the fabrication of thin-walled parts , can directly forming metallic components meet the performance requirements .

介绍利用SLS技术制作精密铸造用熔模，通过熔模铸造快速获得金属零件的工艺方法。

Lost wax pattern for making using SLS and technology of rapidly manufacturing metal part in investment casting are introduced .

由于精密金属零件表面洁净度要求很高，目前一般采用ODS溶剂清洗。

The precision metal detail must be cleaned with ODS because the demand of its surface cleanliness is very high .

利用选择性激光烧结（SLS）快速成型工艺烧结塑料原型，结合精密铸造技术制出了金属零件。

Based on selective laser sintering ( SLS ) rapid plastic prototype with precision casting technology , metallic parts are made .

进行了以Ni基合金粉末、316L不锈钢合金粉末为熔覆材料的激光熔覆成形试验，得到了组织致密无缺陷的金属零件；

Laser cladding forming experiments were carried out with nickel-based and 316L stainless steel alloy powder as cladding material . Metallic components with dense microstructure were formed .

对用于直接快速制造金属零件的基于机器人CO2气体保护焊的新型快速成形技术进行了初步研究。

This paper present an preliminary investigation on a novel rapid prototyping technique based on robotic CO_ ( 2 ) gas arc welding that is utilized to direct rapid fabricate metal parts .

但是通过SLS技术制造金属零件，存在致密度低与力学性能差等缺陷，严重限制了其发展与应用。

But relative density of SLS parts is often lower and their mechanical performance is worse so as to hinder its development and application strongly .

本文对基于SLA原型的快速铸造工艺进行了深入的研究，目的是开发金属零件产品快速制造新型工艺，分析和解决其中的技术难点，缩短产品开发周期和降低开发成本。

The rapid casting process based on SLA prototypes is investigated in this paper to develop rapid manufacturing process for new style metallic product and to reduce development cycle and cost .

确定了一套完整的54cmFS高真空电子器件金属零件化学研磨工艺。

A kind of chemical grinding process for metal parts of 54 cm FS high-vacuum electronic devices was determined .

样模制作表明新LOM方法加热扩散焊连接工艺是实现金属零件分层快速制造的有效途径之一。

Fabricated sample shows that the new LOM process and diffusion weld technology is one of the effective methods for the laminated object manufacturing of metal parts .

简要介绍经济型金属零件LOM技术倾斜切削的概念，重点对倾斜切削专用铣刀的材料、结构及几何参数进行了研究。

This paper briefly introduces the concept of oblique cut in economical LOM for metal part , mainly researches on material , structure and parameters of special oblique milling cutter .

本文介绍了以选择性激光烧结（SLS）快速原型制造和真空压差铸造为基础的金属零件快速制造技术；

Basing on the Selective Laser Sintering ( SLS ) Rapid Prototyping ( RP ) technology and Vacuum Differential Pressure Casting ( VDPC ), a Rapid Precision casting ( RPC ) Process was introduced .

电弧直接制造技术（ADRPM）是一种金属零件直接制造的低成本新方法。

Arc-Direct Rapid Prototyping Manufacturing ( ADRPM ) is a new technique for direct manufacture of metal components .

激光直接制造技术（LDM）是基于快速成形和激光熔覆技术而发展起来的直接快速柔性制造先进技术，尤其适用于传统方法难以制造的特种材料或特殊形状金属零件。

Laser direct manufacturing ( LDM ) is intensively developed in recent years to directly and flexibly manufacture metallic components with full metal density , functions and properties , especially for some specific materials or geometry .

为实现基于回转表面的金属零件直接成型加工，在等离子熔积制造设备中引入数控转台，并推导了基于圆柱面分层的STL模型分层算法和扫描轨迹生成算法。

In order to achieve direct metal deposition on revolving surface , a numerical control rotary axis is added to the Plasma Deposition equipment , and a STL model slicing algorithm as well as path-planning algorithm based on cylinder surface slicing is proposed .

介绍了一种非ODS清洗技术，并利用X射线光电子谱等测试方法，分别比较用两种清洗技术清洗过的金属零件表面，结果表明新型清洗技术优于传统ODS清洗技术。

A new non-ODS cleaning technique is reported . The cleaning effects with two techniques are compared with each other including the metal surface that is observed by X-ray photoelectron spectra . The results show that the non-ODS cleaning technique is better than the traditional ODS cleaning technique .

以316L覆膜不锈钢粉末为烧结材料，进行烧结试验，通过对其工艺方案的总结，介绍了SLS选择性激光烧结技术条件下的金属零件的快速制造技术。

The paper introduced the agglomeration experiment using 316L cover velum stainless dust . with summarizing the technics project , introduced the technology of quick manufacture of metal mold by selective laser sintering , The paper introduced the technology of quick manufacture of metal mold by selective laser sintering .

利用激光近成形技术，采用钴基合金粉末在金属零件表面进行单道多层熔覆成形试验，获得具有良好外形和尺寸精度2～20mm的薄壁零件。

By laser engineering net shaping ( LENS ) Co - based alloy powder for multi-layer test was melted on a steel substrate , and the thin wall parts 2 ~ 20mm with smooth surface and accurate size was obtained .