Smart factory (Smart factory) is a vision of a manufacturing environment in which production facilities and logistics systems are organized without human intervention. The application of technology is making production more and more intelligent and dynamic – enabling the Smart Factory concept to become a reality. Smart factories are no longer a vision. While different factory models demonstrate the feasibility, many enterprises have clarified with real-life examples how smart factory works.
Những nền tảng kỹ thuật mà trên đó các máy thông minh được dựa trên hệ thống ảo vật lý mà giao tiếp với nhau bằng cách sử dụng Internet of Things và Dịch vụ. Một phần quan trọng của quá trình này là trao đổi dữ liệu giữa sản phẩm và dây chuyền sản xuất.
All of these disparate manufacturing components can be connected via IoT (Internet of Things) or other types of advanced integrated circuits (ICs), allowing for sensing, measuring, controlling and communicating anywhere. what happens during production.

Technologies applied in smart factory

At the heart of the smart factory is the technology that makes data collection possible. These include smart sensors, motors and robots present on the production and assembly lines that the smart factory puts into use.
Sensors make it possible to monitor specific processes throughout the plant, increasing awareness of what is happening on multiple levels. For example, a vibration sensor can give an alert when a motor, bearing, or other piece of equipment needs servicing. These sophisticated alert types become alerts for preventive maintenance or other actions that cause  greater production problems if left unattended.Create a standardized interface for data exchange
Industry 4.0 causes companies to increasingly revolutionize their operational resources, machinery and logistics systems in networked physical systems. For smart factories, the result is smart products that are identifiable, can be localized at any time and know their history, their current status and available options. may be on the way to the finished product. In addition, intelligent manufacturing systems are connected to business processes within the company and create external value.

In that context, creating communication standards between control logic, machines and operators of production facilities and logistics systems is one of the central challenges.
Product innovation and higher quality
As productivity improves, it saves costs, which can then be invested in product development. Once analyzed, smart manufacturing data shows where customer demand is, and managers can find opportunities for higher quality new or re-imagined products.

Ultimately, it is the application of factory-level intelligence that creates a dynamic manufacturing environment and achieves the desired results – reducing costs while improving quality and reliability. Consider smart devices that can automate much of what’s needed to accommodate product changes and smaller scale operations in the manufacturing process. The future of manufacturing is more customization, so by minimizing downtime for retooling and resetting equipment, manufacturers can stay productive while remaining agile.

Smart factory – the future of manufacturing business

Technology is the driving force of innovation and growth for businesses, but how to apply it and where to start is a challenging problem. Many manufacturing enterprises consider smart factories as the goal of the transformation process. digital transformation because of the benefits of automation, labor reduction, production time… However, they are still struggling to find solutions to problems like

Where to start with smart factory implementation?

Digitize what first, what later?

Which technology is suitable for business and industry reality?.

All of the above questions stem from using the power of technology to collect what and how production data?”