Intelligent manufacturing represents a comprehensive approach to advanced production processes, systems, and models driven by next-generation information technologies. It integrates all aspects of manufacturing activities such as design, production, management, and service, offering capabilities like deep information perception, smart optimization, and precise control. Throughout the intelligent manufacturing process, smart equipment—including robots, CNC machines, automated systems, 3D printers, and more—is interconnected via communication technologies to enable fully automated production. Data from various production technologies is gathered through sensing technologies, transmitted via industrial Ethernet, and processed using system optimization software to deliver tailored production solutions.
The growing focus on intelligent manufacturing can be attributed to several factors: the gradual decline of China’s demographic dividend, the policy shift toward import substitution and automation, and the rising demand for personalized production and global collaboration. These trends have positioned intelligent manufacturing as a key area of interest for both financial and industrial capital.
In recent developments, Xiamen has launched a "robot supermarket" and the "Strait Intelligent Manufacturing Collaborative Innovation Industrial Park," showcasing the city's full intelligent manufacturing ecosystem. Leading companies across the supply chain—such as robot manufacturers, component suppliers, integrators, software developers, and service providers—highlight the progress being made in smart manufacturing.
As part of China's "Made in China 2025" initiative, the city is advancing its machinery, electronics, and IT sectors. Many leading enterprises have developed strong digital design capabilities, while high-end mechanical equipment and vehicles now rely heavily on CNC technology. Additionally, the software and IT services industry is evolving rapidly, with platforms and high-value-added services like embedded software and security becoming increasingly prominent.
To meet the diverse and customized demands of the internet age, the city has cultivated cross-sector system integrators that bridge smart manufacturing technologies with businesses. Companies like Sierte Robot and Yingqu Technology are playing a crucial role in organizing hardware and software to meet specific needs, forming an emerging industrial ecosystem.
Smart factories, manufacturing clouds, and industrial clouds are now enabling data collection, analysis, and reuse, fostering a new digital industrial ecosystem. The Municipal Economic and Information Bureau is promoting these innovations through initiatives like the "robot supermarket," aiming to build regional cloud communities and support SMEs in enhancing their informatization and competitiveness.
Smart products, such as smartphones, wearables, drones, and smart appliances, integrate memory, sensing, and computing capabilities. Smart services leverage IoT to monitor product status, provide predictive maintenance, and offer targeted customer support. Smart equipment includes CNC machines and other intelligent tools that improve accuracy and reduce environmental requirements.
Automated production lines and smart workshops enhance efficiency through real-time data collection and scheduling. Smart factories go beyond automation, integrating testing, quality control, and logistics into a seamless system. Smart R&D involves simulation, digital prototyping, and modular design to speed up product development. Intelligent management ensures accurate data and integrated systems for better decision-making.
Smart logistics and supply chains utilize automation, AGVs, and intelligent sorting systems to streamline material flow. Finally, smart decision-making relies on Business Intelligence (BI) and performance management to extract insights and drive business growth. Together, these elements define the future of intelligent manufacturing.
Industrial DTU
What is Industrial DTU? Industrial DTU characteristics and application field analysis
What is DTU?
A Data Transfer unit (DTU) is a wireless terminal device that converts serial port data into IP data or IP data into serial port data over a wireless communication network.
Second, industrial DTU characteristics?
D220 is an industrial 4G DTU based on 4G wireless network, the product uses high-performance industrial embedded processor, real-time operating system as the software support platform, to ensure that the data link is smooth at any time, to provide users with high-speed, stable and reliable data transmission. It can be easily and quickly arranged in the industrial site, and can be used in harsh environments.
Hardware features:
Anti-interference design, suitable for harsh electromagnetic environment application requirements
Wide voltage power supply design, support DC5V-35V power input, built-in power reverse protection and overvoltage and overcurrent protection
The serial port can be a service serial port or a data serial port
Supports the many-to-many link configuration between the service serial port and the center
Select industrial-grade devices and optimize electromagnetic compatibility design to meet the requirements of harsh application environments
The D220 supports backward compatible 2G/3G network access based on 4G network.
Built-in hardware watchdog, regular detection mechanism, automatic resetting of abnormal equipment.
Complete industrial environment design requirements, all-metal structure, the whole machine has passed the strict electromagnetic compatibility test, CE certification
Software features:
Multi-center mode/Multi-backup mode (up to five multi-centers/backup centers)
Different serial ports can be used as maintenance or service serial ports, and different service serial ports can be connected to different multi-centers.
Multi-protocol upper development kit support (compatible with communication protocols of multiple DTU manufacturers, which can achieve seamless replacement of DTU)
Supports ICMP and LCP link detection technologies and keeps heartbeat alive, ensuring the stability and reliability of the network and communication
Supports local serial port upgrade and remote software upgrade
Supports TCP, UDP, DUTCP, DCUDP and other connection protocols
Supports multiple encryption modes to ensure secure data transmission
3. Application fields
D220 4G DTU conforms to industrial design, complete functions, stable transmission, widely used in environmental protection, water conservancy, meteorological industries; Industrial control field; Industry and special environment, oil and gas, heating industry, etc.
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Shenzhen MovingComm Technology Co., Ltd. , https://www.movingcommtech.com