负责所有模具事项以确保模具寿命，废品率，机加能力以及机床利用率方面的持续改进。
Overall responsible to all Tooling matters to ensure continuous improvement in tool life, scrap, machine capability and good piece uptime.
数控机床的集成联网能明显改善车间的生产组织与管理，提高数控机床利用率，拓展数控机床的加工能力。
The nc machine tools's integrative network can improve greatly workshop's production and management, and enhance the utilization ration of the nc machine tools, and enlarge the machining capability.
针对数控机床效用发挥不理想，利用率不高的主要原因，提出了发挥数控机床效用及提高数控机床利用率的主要措施。
The main causes of low utilization ratio of NC machine tools are analyzed in this paper. The measures to raise the utilization ratio of NC machine tools are put forward.
由于工艺员水平和经验的原因，容易造成数控机床的利用率低，加工成本高等问题。
NC machine centers always work with a lower utilization and higher cost because of the level and experience of the processors.
砂带磨削比车削、铣削和砂轮磨削的生产率高，机床功率利用率高，经济效果显著。
Compared with turning, milling and grinding, the abrasive belt grinding has higher production rate and available factor of power of machine tool.
详细阐述了通过机床的调整、刀夹和端面刀的改进及废端面刀的再利用，提高刀具材料的利用率，降低产品成本。
Adjusting of the machines, improvement of tool holder and tool end and reuse of used tools were introduced. With the way, the amount of material is saved and the cost is decreased.
加工中心的换刀准备时间不占用机床的切削时间，提高了机床的利用率及生产效益。
It raises the cutting efficiency for machine tool and enhances the benefit of manufacture.
冲压机床和切割机床都提供零件嵌套的功能，优化材料的利用率。
Both punch and cut nesting provide true-shape "parts in parts" functionality to ensure optimal material utilization.
通过切削试验说明：这种系统有助于充分发挥机床的加工能力，提高机床功率利用率和节约能源。
Cutting test have been made and show clearly that this system will contribute to develop the cutting ability of machine tools and to increase utilizing rate of machine tools and to save energy.
数控机床刀具磨损监测对于提高刀具利用率，减小因刀具磨损而造成的损失具有重要意义。
CNC tool wear monitoring has great importance in improving the utilization of machine tools and in reducing the economic losses due to the tool wear.
数控机床刀具磨损监测对于提高刀具利用率，减小因刀具磨损而造成的损失具有重要意义。
CNC tool wear monitoring has great importance in improving the utilization of machine tools and in reducing the economic losses due to the tool wear.
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