[1] 周凯.发展国产数控系统的技术途径[J].制造技术与机床, 2000(3):5-7.
ZHOU Kai. The technology way of development of domestic nc system [J]. Manufacturing Technology and Machine Tools, 2000(3):5-7.
[2] 王晓珺,祁平,石满船.华中HNC-21MD数控系统的应用[J].机床电器, 2006(4):8-10.
WANG Xiaojun, QI Ping, SHI Manchuan. Application of Huazhong numerical control system HNC-21MD[J]. Machine Tool Electrical Appliances, 2006, 8-10:4.
[3] 李强，闫洪波，张玉宝.并联机床发展的历史、研究现状与展望[J]. 机床与液压, 2007,3:206-209.
LI Qiang, YAN Hongbo, ZHANG Yubao. Development history, research status and prospect of parallel machine tool [J]. Journal of Machine Tools and Hydraulic, 2007,3:206-209.
[4] 段兆刚.浅析美国哈斯(HAAS)数控机床随机精度超差故障处理[J].中国电子商务,2013(16):246.
DUAN Zhaogang. Analyses the HAAS (HAAS) ultra precision CNC machine random fault handling [J]. China's e-Commerce, 2013(16):246.
[5] 孙名佳,曹文智,马晓波.西门子840D伺服优化技术研究[J].制造技术与机床,2011(11):164-168.
SUN Mingjia, CAO Wenzhi, MA Xiaobo. Siemens 840 d servo optimization technology research[J]. Manufacturing Technology and Machine Tools,2011(11):164-168.
[6] 贺毅.840D伺服参数优化及评估[J].制造技术与机床,2012(2):7-9.
HE Yi. 840D servo parameters optimization and evaluation [J]. Manufacturing Technology and Machine Tools,2012(2):7-9.
[7] 张云.基于SIEMENS 840D系统对于虚拟轴挠度补偿的实现[J].制造技术与机床. 2011(12):181-184.
ZHANG Yun. Based on SIEMENS 840 d system for the realization of the virtual axis deflection compensation [J]. Manufacturing Technology and Machine Tools, 2011.
[8] 段兆刚.美国哈斯（HAAS）加工中心主轴故障诊断分析与排除[J].消费电子, 2012(08X):196.
DUAN Zhaogang. The united states HAAS (HAAS) machining center spindle fault diagnosis analysis and ruled out [J]. Consumer Electronics,2012(08X):196. |
|
|
2016, 
