注水井测试钢丝绳帽机械编制器是通过机械代替手工制作标准化绳帽。将机械编制的5个标准绳帽与手工编制的5个标准绳帽进行拉力试验。试验数据表明,机械编制的绳帽平均最大抗拉力4.03 k N,拉力平稳,平均波动值为0.08 k N。机械编制器提...注水井测试钢丝绳帽机械编制器是通过机械代替手工制作标准化绳帽。将机械编制的5个标准绳帽与手工编制的5个标准绳帽进行拉力试验。试验数据表明,机械编制的绳帽平均最大抗拉力4.03 k N,拉力平稳,平均波动值为0.08 k N。机械编制器提高了绳帽编制的质量,合格率达到100%。应用绳帽机械编制器,避免了因绳帽滑脱造成的生产成本损失,每年可节约成本100万元。展开更多
Due to its high efficiency, high precision and high flexibility, CNC lathe is widely used in the machinery manufacturing industry increasingly, and becomes one of CNC machine too[s that most widely used. However, to g...Due to its high efficiency, high precision and high flexibility, CNC lathe is widely used in the machinery manufacturing industry increasingly, and becomes one of CNC machine too[s that most widely used. However, to give full play to the role of CNC lathes, the key is programme, that is, preparing the reasonable and efficient processing procedures depending on the features and precision parts. This paper discussed the problems of programming and processing techniques of the CNC lathe parts.展开更多
文摘注水井测试钢丝绳帽机械编制器是通过机械代替手工制作标准化绳帽。将机械编制的5个标准绳帽与手工编制的5个标准绳帽进行拉力试验。试验数据表明,机械编制的绳帽平均最大抗拉力4.03 k N,拉力平稳,平均波动值为0.08 k N。机械编制器提高了绳帽编制的质量,合格率达到100%。应用绳帽机械编制器,避免了因绳帽滑脱造成的生产成本损失,每年可节约成本100万元。
文摘Due to its high efficiency, high precision and high flexibility, CNC lathe is widely used in the machinery manufacturing industry increasingly, and becomes one of CNC machine too[s that most widely used. However, to give full play to the role of CNC lathes, the key is programme, that is, preparing the reasonable and efficient processing procedures depending on the features and precision parts. This paper discussed the problems of programming and processing techniques of the CNC lathe parts.