是柔性制造技术应用的典型模式。
Flexible manufacturing system is a typical mode of application of flexible manufacturing technology.
这种生产效率的观点，已遭受到柔性制造技术兴起的挑战。
This view of production efficiency has been challenged by the rise of flexible manufacturing technologies.
金属板料数字化渐进成形技术是目前国际上刚刚兴起的一种柔性制造技术。
Digital incremental forming is a new technology for flexible process that has sprung up in the world used in metal sheet manufacturing.
这项新技术用一根轻微加热的探针在石墨烯氧化物上“写上”导电纳米线，而石墨烯正是制造柔性电子设备的理想选择。
The new technique involves "writing" electrically conducting nanowires onto graphene oxide using a tiny heated tip and could be ideal for making flexible electronic devices.
项目合作伙伴飞利浦，泰利斯航空电子液晶公司和剑桥大学PlasticLogic公司可以用这种最新的技术和现有的工厂设备来制造柔性显示设备。
Project partners Philips, Thales Avionics LCD and the University of Cambridge's Plastic Logic could use the novel technology to produce flexible displays using existing factories.
激光切割作为一种先进的制造技术，因其具有高速度、高精度、柔性切割、异型加工、快速成形等特点而在制造行业得到广泛应用。
As an advanced method of fabrication, the laser cutting process has been widely used in manufacturing, for such merits as high cutting speed, high degree of accuracy, flexibility and shaping quickly.
提出了利用分布式的多智能体协调控制技术实现对焊接柔性制造系统进行控制的思想。
We put forward a distributed collaboration control method with multi-agent architecture for welding flexible manufacturing system (WFMS).
介绍了在集成电路制造封装中采用的激光微调、激光打孔、激光清洗、激光柔性布线和激光微焊技术。
Research progresses of laser trimming, laser drilling, laser cleaning, laser flexible routing and laser micro welding applied in the IC fabrication and packaging are given.
本文介绍的BMEI-AMS-1先进制造系统是以计算机控制技术为基础，以信息集成为核心的网络化、集成化、柔性化的制造技术。
This article introduces BMEI-AMS-1, a flexible, integrated and networklized advanced manufacturing system, which is based on CNC technology and information integration.
介绍了柔性制造系统机器人上下料系统的组成，设备进线技术，控制管理软件。
In this article , the formation of using robot to load-unload workpiece in FMS, equipments incorporation, and the control & manage software have been introduced.
快速成形技术由于具有快速性和高度柔性的优点，在骨支架制造方面有广泛的应用前景。
Rapid prototyping has an advantage in its higher speed and flexibility, so it promises to be used widely to fabricate scaffolds.
在分析产能柔性影响因素的基础上，进行了制造过程产能柔性定量分析，确定了制造过程产能柔性的关键技术。
In the thesis, it focused on capacity flexibility and its 'quality control technologies in discrete manufacturing process for manufacturing enterprise.
柔性生产线是将微电子学、计算机和系统工程等技术有机地结合起来，解决机械制造自动化与柔性化的复杂系统。
Flexible production line is a complex system integrating microelectronics, computer and systems engineering technology to satisfy automation and flexible machinery manufacturing.
柔性生产线是将微电子学、计算机和系统工程等技术有机地结合起来，解决机械制造自动化与柔性化的复杂系统。
Flexible production line is a complex system integrating microelectronics, computer and systems engineering technology to satisfy automation and flexible machinery manufacturing.
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