革命将被数字化

利用人工智能,机器学习和互联系统,行业4.0挑战公司超越工厂自动化,实现工厂智能。工厂智能的目标是提高产品和服务质量,决策速度在工厂楼层和高价值资产的利用。

Industry 1.0
工业2.0
行业3.0
Industry 4.0

Power Generation

The first industrial revolution happened between the late 1700s and early 1800s. During this period, manufacturing evolved from focusing on manual labor performed by people and aided by work animals to a more optimized form of labor performed by people using water and steam-powered engines and other types of machine tools.

工业的ization

在20世纪的早期部分,世界进入了第二次工业革命,引进了钢铁和工厂的电力。引入电力使制造商能够提高效率,并帮助制造工厂机械更多移动。在此期间,引入了大规模生产概念,如装配线,以提高生产率。

Automation

在20世纪50年代,由于制造商开始融入更多电子,最终计算机,技术进入其工厂,第三次工业革命开始出现。在此期间,制造商开始经历较少强调模拟和机械技术以及数字技术和自动化软件的班次。

Digitalization

In the past few decades, a fourth industrial revolution has emerged, known as Industry 4.0. I4.0 takes the emphasis on digital technology from recent decades to a whole new level with the help of interconnectivity through the IoT, access to real-time data, and the introduction of cyber-physical systems. I4.0 offers a more comprehensive, interlinked, and holistic approach to manufacturing. It connects physical with digital, and allows for better collaboration and access across departments, partners, vendors, product and people. Industry 4.0 empowers business owners to better control and understand every aspect of their operation and allows them to leverage instant data to boost productivity, improve processes and drive growth.

A Future Built Upon Eight Pillars

自主机器

大数据nalytics

工业的IoT

Cloud Computing

Universal System Integration

网络安全

ai / ar.

模拟

Amkor与八支柱结构对齐,以确保在工业4.0中取得成功。五个柱子是基础的,而三个能够实现智能工厂框架。

Amkor正在采用自治设备,没有操作员干预,并在工厂地板上通过完全自治机器人处理免提物料。我们还实现了基于纸张的进程的数字化,包括对我们的运营商的执行跟踪,材料验证和信息支持。

Amkor utilizes big data analytics to provide insights to machine performance, yield, process defects and cycle time. This leverages connected data to drive actionable insights, real-time production planning and factory optimization.

Another benefit of big data analytics is predictive maintenance allowing us to apply efficient methods for target life management, prevent next loT maintenance and reduce engineering effort.

实施计算机集成制造(CIM)和IOT控制的工厂环境(空气,气体,化学品,电力),允许AMKOR提高制造过程的速度,并使用实时传感器和闭环控制过程来自动化整个制造手术。

Cloud computing facilitates a real-time exchange of data, creating and promoting an environment of digital collaboration and integration. This allows Amkor to better connect to key stakeholders, providing real-time visibility with proactive and collaborative management of the supply chain, driving efficiencies and enhancing risk management.

Amkor’s universal integration of product lifecycle management (PLM), enterprise resource planning (ERP), manufacturing execution system (MES), computer integrated manufacturing (CIM) and peripheral systems in our factories allow us to enable seamless services, end-to-end visibility and unit level traceability (ULT) from new product introduction, order to shipment and efficient customer order fulfillment.

Amkor implements strict controls and protection to secure Amkor and customer intellectual property. One of the ways we do this is via our Amkor digital rights management (DRM) solution that allows secure communication of intellectual property data externally or internally.

Amkor’s DRM solutions offers:

  • Control document usage
  • Prevention of unauthorized sharing
  • Document restriction
  • 停止打印和屏幕捕获
  • 水印
  • 撤销访问
  • 文档跟踪
  • 强迫到期

AI准备克服人以人为本的输入和决策,使用数据驱动过程开发和生产高质量半导体的局限性。bob软件Amkor正在应用机器学习方法来改善人类难以区分的缺陷的检测。

Integrating artificial intelligence, machine learning and augmented reality will expedite and optimize physical design results, test accuracy and improve manufacturing processes.

With Amkor’s factory simulation modeling, we can visualize and simulate operations in a digitally created production space. This empowers Amkor to simulate time-based processes in minutes allowing the comparison of different system configurations and assessment of the impact on factory system performances.

持续改进,定期测量

我们使用六个关键绩效指标(KPI)标准来衡量智能制造成功。在Amkor行业4.0计划下批准的所有项目将与其中一个或多个这些关键绩效测量相关联:

质量

Yield and customer feedback

Productivity

员工效率

Cycle time

Manufacturing cycle time

速度和质量
做决定

节省工程数据分析和在线决策的时间

资产利用率

Utilization of assets for productive use

成本

Competitive pricing

Smart Manufacturing FAQs

智能制造和行业有什么区别?

智能制造,智能工厂,中国制造业2025年和工业4.0是各种行业计划,指的是下一代制造业,但均与先进的制造国相关。这些各种计划在世界的不同部分开始,具有轻微变化的范围和强调一种技术或另一科技。行业4.0,称为第四届工业革命,始于德国,定义下一代制造业特色。该计划现在广泛采用全球。

什么构成了Amkor的行业4.0?

Amkor采用了八个工业技术支柱4.0框架。它们是1)自主设备2)工业IOT 3)通用系统集成4)人工智能/增强现实(AI / AR)5)大数据分析6)网络安全7)仿真和8)云计算。

为什么亚马逊致力于行业4.0?

Amkor is focused on improving efficiency, quality and utilization of factory operations. Amkor’s holistic and comprehensive strategies capitalize on advanced technologies in the right area with the right strategy. As a manufacturer, adopting technology of the fourth industrial revolution will enable our manufacturing operations to be effective, efficient and continue to be competitive.

Amkor将如何衡量这项倡议的成功?

公司成立的目标是为每一个机制ligned with business targets and strategies. Goal measurements are monitored and audited by the cross functional Industry 4.0 committee and are both quantitative and qualitative based on the maturity levels and actual business outcomes.

谁在亚马逊监测到目标的进展情况?

A cross-functional team serves as the governing body to oversee the process/mechanics of goal setting, measurement and monitoring progress.