Smart Manufacturing Overview
Intelligent manufacturing is a manufacturing mode based on advanced technology and intelligent system to improve production efficiency, reduce costs and achieve sustainable development. Here are the 8 core of smart manufacturing:
Artificial Intelligence (AI): Using technologies such as machine learning and deep learning to enable machines to simulate human intelligence for autonomous decision-making and automated production.
Cloud computing: Store and process large amounts of data through a cloud platform for resource sharing, collaborative work, and remote access.
Internet of Things (IoT): Information interaction and automated control between devices through sensors and network connections.
Big data analytics: Extracting valuable information by collecting and analyzing large amounts of data to optimize production processes and decisions.
Augmented Reality (AR) and Virtual Reality (VR): Leverage AR and VR technology to provide immersive training, design, and operational experiences.
Automation and robotics: Leverage automation and robotics to automate and flexibly automate production lines.
Enhance human-machine collaboration: Through human-machine collaboration, humans and machines can cooperate efficiently to improve production efficiency and quality.
Security and reliability: Protect the data and operation of smart manufacturing systems through cybersecurity and reliability technologies.
The development direction of intelligent manufacturing includes but is not limited to the following 10 aspects:
Smart factory: A fully automated, highly flexible and intelligent production plant.
Adaptive manufacturing: Through automation and intelligent technology, the production process is adaptive and optimized.
Personalized customization: The use of intelligent manufacturing technology to achieve on-demand production and personalized customized products.
Networked manufacturing: Through the Internet and Internet of Things technology, the production process is networked and cooperative.
Green manufacturing: Realize an environment-friendly production mode through energy saving, emission reduction and resource recycling.
Intelligent supply chain: Use intelligent manufacturing technology to achieve the visualization, intelligence and efficiency of the supply chain.
Human-machine collaboration: Realize efficient cooperation between humans and machines to improve production efficiency and quality.
Data-driven decision-making: Data-based decision-making and optimization through big data analytics and artificial intelligence technologies.
Smart maintenance: Use sensors and data analysis technology to achieve intelligent maintenance and predictive maintenance of equipment.
Talent training and technological innovation: strengthen talent training, promote technological innovation, and promote the development of intelligent manufacturing.
30-page PPT introduction to intelligent manufacturing
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Commonly used design tools (500 sets of automatic calculation tables, including various transmission checks, selection design tables, size automatic calculation tables, bearing checks, gear checks and designs, etc.).
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