路牙石模具高标准化作业。近些年,路牙石模具的优势得到认可,许多地区都认识到了模具能加快生产速度,让生产更加标准化,应用模具来加工,很多问题迎刃而解,形成了机械化、标准化生产作业,只重复几个生产过程即可,傻瓜式的操作流程,规范了生产,提高了效率,单位时间内的产出量更多了。现如今,随着时代的发展,这些旧的产品存在了许多年,仍然没有任何人提出要改进,很多地区还不知道使用路牙石模具,导致模具的销量很低,这也阻碍了模具公司的创新,创新产品需要很多的客户资源。 Luyashi high standard mold operation. In recent years, luyashi mold the advantage of being recognized, many areas have realized the mold can speed up production, make the production more standardization, application of mould processing, a lot of problems form the mechanization, smoothly done or easily solved, standardized production, the production process can be repeated only a few, fool operation, standardized production, improve efficiency, more output per unit of time. Nowadays, with the development of the times, these old products exist for many years, still no one put forward to improve, many areas still do not know the use of luyashi mold, die due to sales is very low, which hinders innovation mold company, product innovation requires a lot of customer resources. 路牙石模具的网络技术包括硬件与软件的集成实现。各种通讯协议及制造自动化协议,信息通讯接口,系统操作控制策略等,是实现各种制造系统自动化的基础。目前早已出现了通过实现跨国界模具设计的成功例子。网络技术的应用为,我区路牙石模具企业实现敏捷制造和动态联明奠定了技术基础。多学科多功能综合产品设计技术。现代路牙石模具设计制造系统不仅应强调信息的集成,更应该强调技术、人和管理的集成。在开发模具制造系统时强调“多集成”的概念即信息集成、智能集成、串并行工作机制集成及人员集成,这更适合未来制造系统的需求。 Integrated luyashi mould network technology including hardware and software. Various communication protocols and manufacturing automation protocols, information communication interfaces, system operation control strategies and so on, are the basis for the automation of various manufacturing systems. There has been a successful example of cross-border mold design. The application of network technology, agile manufacturing and dynamic union laid the technical foundation for realizing luyashi mold enterprises in our region. Multidisciplinary and multifunctional integrated product design technology. The modern luyashi mold design and manufacturing system should not only emphasize the integration of the information, but it should be emphasized thattechnology integration and management. In developing the die manufacturing system, the concept of "multi integration" is emphasized, namely, information integration, intelligent integration, serial parallel work, mechanism integration and personnel integration, which is more suitable for the future manufacturing system.