Intelligent manufacturing systems deeply integrate new technologies such as the Internet, cloud computing, big data, and mobile applications with product production management. By using computers to simulate the intelligent activities of human experts in analysis, reasoning, judgment, conception, and decision-making, they replace or extend some of the mental labor of people in the manufacturing environment, realize innovative changes in production models, and provide customers with factory visualization and remote operation and maintenance solutions.
When selecting an intelligent manufacturing system, the following aspects need to be considered:
1. Enterprise Needs: First, it's essential to understand the enterprise's actual needs, such as production line scale, product types, technological level, and the characteristics of the industry and market in which the production line operates. Select an intelligent manufacturing system based on these needs, ensuring that the chosen system meets the enterprise's production requirements.
2. System Functions: When selecting a system, based on the company's needs and objectives, attention should be paid to whether the system has complete functions, such as planning and scheduling, inventory management, and personnel management. At the same time, the reliability and stability of the system should also be considered.
3. Openness: When choosing a smart manufacturing system, enterprises need to consider whether the system is open and whether it can interface with other systems to achieve information sharing and improve data accuracy and management efficiency.
4. Investment Costs: The investment costs of intelligent manufacturing systems are a factor that cannot be ignored. Enterprises need to conduct cost assessments of different intelligent manufacturing systems and choose the system that suits their needs.
5. Service Support: When selecting an intelligent manufacturing system, it is necessary to pay attention to the provider's after-sales service support system so that technical support and services can be obtained in a timely manner when problems occur, ensuring uninterrupted production line operation.
Due to significant differences in product manufacturing processes, discrete manufacturing and process manufacturing have different focuses in building smart factories.
In discrete manufacturing, products are often assembled from multiple parts through a series of discontinuous processes. These processes involve many variations and uncertainties, which increases the difficulty and complexity of organizing discrete manufacturing production. Companies often arrange the location of production equipment according to the main technological flow to minimize material transport distances.
Discrete manufacturing enterprises that are order-oriented are characterized by a wide variety of products and small batches. Their process routes and equipment usage are more flexible. Therefore, discrete manufacturing enterprises pay more attention to the flexibility of production, and the focus of their smart factory construction is on smart manufacturing production lines.
Smart Manufacturing's transparent factory is an intelligent manufacturing system designed for production, perfectly meeting the needs of the manufacturing industry. Therefore, choosing Smart Manufacturing is the best option for the manufacturing sector.
In summary, when selecting an intelligent manufacturing system, enterprises need to choose a system that is fully functional, stable and reliable, highly open, and cost-effective, based on their actual needs and goals.
