Product knowledge

Amid the wave of industrial digital transformation, industrial all-in-one computers, as the core human-machine interaction terminals in industrial scenarios, undertake crucial functions such as data collection, command transmission, and process control. Their quality and performance directly influence the efficiency of advancing intelligent manufacturing. Over the past few decades, Chinese industrial all-in-one computer factories have evolved from initial simple assembly and imitation production to independent research and development and intelligent manufacturing, achieving a leapfrog upgrade from “manufacturing” to “intelligent manufacturing”. This not only enhances their own industrial capabilities but also provides a solid hardware foundation for the intelligent transformation of domestic manufacturing, charting a path of upgrading that combines local characteristics with technological competitiveness.
The origin of the Chinese industrial all-in-one computer factory can be traced back to the initial demands of industrial automation. In the early days, the domestic industrial sector’s demand for all-in-one computers mainly focused on basic control functions. Core technologies and key components were largely imported, and the core business of the factories was mainly assembly and processing, which was a typical “manufacturing” model. At that time, the production processes of the factories were rather crude, with manual operations being the mainstay. From component sorting, soldering to the assembly of complete machines, the processes relied heavily on the experience of workers, resulting in low production efficiency, insufficient product quality stability, and difficulty in meeting the personalized demands of different industries. During this stage, the core competitiveness of the factories lay in cost control and capacity supply. Limited investment was made in technological research and development, and there was a lack of independent innovation capabilities. Product homogeneity was quite obvious, and there was a significant gap compared with advanced international factories.
As domestic manufacturing accelerates its transformation towards automation and intelligence, the requirements for industrial all-in-one computers in industrial scenarios are constantly rising. The simple assembly model can no longer meet market demands, and technological upgrading has become an inevitable choice for the survival and development of factories. Chinese industrial all-in-one computer factories have begun to gradually increase their investment in research and development, focusing on breakthroughs in core technologies. Starting from the localization of components and the optimization of production processes, they have embarked on the transformation from “manufacturing” to “intelligent manufacturing”. This process is not only an iteration of technology but also an upgrade of industrial concepts.
The breakthrough in the localization of core components is the fundamental prerequisite for the technological upgrade of China’s industrial all-in-one computer factories. In the early days, core components of industrial all-in-one computers, such as industrial-grade motherboards, processors, and high-end touch screens, were mostly imported, which not only increased production costs but also led to unstable supply chains and dependence on foreign core technologies. To break this predicament, domestic factories have gradually collaborated with research institutions and component enterprises, intensifying the research and development of core components and promoting the localization of key technologies.
In the field of industrial motherboards, factories have joined hands with domestic chip enterprises to develop industrial-grade motherboards that are adapted to the special demands of industrial scenarios, such as high-temperature, high-dust, and strong electromagnetic interference environments. They have optimized the interface design and computing power configuration, achieving independent research and development and production of motherboards. They can customize core parameters according to the needs of different industrial scenarios, thus breaking away from the reliance on imported motherboards. In the display module sector, domestic display enterprises have deeply collaborated with factories to develop industrial-grade touch screens with high brightness, high contrast, and strong anti-glare capabilities. This has addressed the issues of ordinary displays being easily interfered with and having a short lifespan in industrial settings. These touch screens are suitable for a wide temperature range from -20°C to 70°C, meeting the usage requirements of various harsh industrial environments. Additionally, in the areas of sensors, power modules, and other key components, the process of domestic substitution is continuously advancing, gradually achieving full-chain self-control from core components to complete assembly, laying a solid foundation for the technological upgrade of factories.
The intelligent transformation of the production process is the core link of the technological upgrade in China’s industrial all-in-one computer factories. From “manufacturing” to “intelligent manufacturing”, the key lies in the transformation of the production mode, that is, from manual-dominated extensive production to automated and intelligent precise production. China’s industrial all-in-one computer factories have gradually introduced automated production equipment and intelligent detection systems, optimized the production process, and achieved intelligent upgrades in all links including production, detection, and warehousing.
In the production process, the factory has introduced SMT placement machines, automated welding robots, and fully automatic assembly lines, among other equipment, to replace traditional manual operations. This not only boosts production efficiency but also reduces human operational errors, ensuring the stability of product quality. For instance, automated placement machines can achieve precise component placement with an accuracy of micrometers, significantly reducing issues such as false soldering and missed soldering. The fully automatic assembly line realizes the full-process automation from component assembly to the formation of the complete machine, with production efficiency several times higher than the traditional manual mode. In the inspection process, the factory has established an intelligent inspection system, introducing high and low-temperature test chambers, electromagnetic interference testers, aging test equipment, etc., to conduct comprehensive inspections on the stability, reliability, and environmental adaptability of the products. Through data analysis, problems in the products can be accurately identified, and the production process can be promptly optimized to ensure that the products meet the usage requirements of industrial scenarios.
At the same time, the factory has introduced industrial management software such as MES (Manufacturing Execution System) and WMS (Warehouse Management System) to achieve digital control of the production process. Through the MES system, various data during the production process can be collected in real time, including production progress, equipment operation status, and product quality parameters, enabling visual management of the production process and facilitating managers to adjust production plans and optimize production resource allocation in a timely manner. Through the WMS system, precise management of raw materials, components, and finished products is achieved, optimizing the warehousing process, reducing inventory build-up, and improving warehousing efficiency. This “hardware + software” collaborative upgrade makes the factory’s production process more efficient, accurate, and controllable, truly realizing the transformation from “manual manufacturing” to “intelligent manufacturing”.
The iterative upgrade of product technology is the core goal of technological upgrading for Chinese industrial all-in-one computer factories. With the continuous development of intelligent manufacturing technology, the demand for all-in-one computers in industrial scenarios has shifted from basic control to intelligence, integration, and lightweight. Chinese industrial all-in-one computer factories focus on scene demands, continuously promote the iteration of product technology, and enhance the core competitiveness of their products.
In terms of hardware performance, the factory continuously optimizes the product structure, adopts fanless design and industrial-grade components to enhance the stability and environmental adaptability of the products. Some products have reached IP65 or higher dust and water protection levels, enabling stable operation in high-dust and strong electromagnetic interference environments such as automotive welding lines and semiconductor packaging equipment. In terms of computing power improvement, the factory introduces high-performance industrial-grade processors and optimizes hardware configuration to enhance the data processing capabilities of the products, meeting the demands of large-scale data collection and real-time analysis, and supporting the application of new technologies such as AI, 5G, and edge computing. In terms of software compatibility, the factory strengthens collaboration with operating system and industrial software enterprises, optimizes system compatibility, and supports seamless integration with industrial management systems such as MES and SCADA, enabling real-time data transmission and sharing, and providing data support for production decision-making.
In addition, the factory focuses on personalized and scenario-based demands, promoting the customization upgrade of its products. Different industrial scenarios in various industries have significant differences, and the requirements for all-in-one computers in terms of interfaces, sizes, and performance vary greatly. Relying on its strong R&D and production capabilities, the factory provides customized solutions for different industries such as automotive manufacturing, semiconductors, logistics and warehousing, and medical equipment, precisely matching the demands of industry scenarios. For instance, the all-in-one computer customized for the semiconductor industry adopts a fanless and wide-temperature design, meeting the operational requirements of high-end equipment like lithography machines. The all-in-one computer customized for the logistics and warehousing industry optimizes the interface design, supporting seamless connection with devices such as barcode scanners and sensors, enabling precise management and rapid sorting of goods. This scenario-based and customized product upgrade makes the products of Chinese all-in-one computer factories more competitive in the market and gradually breaks the monopoly of international brands.
The improvement of the R&D system and the cultivation of talents are important guarantees for the technological upgrading of China’s industrial all-in-one computer factories. Technological upgrading cannot be achieved without R&D investment and talent support. China’s industrial all-in-one computer factories have gradually established a complete R&D system, increased R&D investment, and formed professional R&D teams, focusing on breakthroughs in core technologies and product iteration and upgrading. Some factories have established cooperative relationships with universities and research institutions, conducting collaborative innovation among industry, academia, and research. Relying on the scientific research resources and talent advantages of universities, they promote the transformation of technological achievements and enhance their own R&D capabilities.
In terms of talent cultivation, the factory attaches great importance to the recruitment of high-end technical talents, including professionals in hardware development, software adaptation, and intelligent manufacturing. At the same time, it strengthens internal staff training to enhance their technical proficiency and professional qualities, building a team of talents that combines technical capabilities with practical experience. By establishing a sound incentive mechanism, it encourages R&D personnel to carry out technological innovation, stimulating the innovation enthusiasm of employees and creating a favorable atmosphere where “everyone values innovation and everyone engages in innovation”. The improvement of the R&D system and the construction of the talent team provide continuous impetus for the factory’s technological upgrade, ensuring that the factory can keep pace with the development of intelligent manufacturing and continuously launch products that meet market demands.
The technological upgrading journey of Chinese industrial all-in-one computer factories has not been smooth sailing, and they have faced numerous challenges along the way. For instance, there is still room for improvement in some high-end core technologies, and there is a certain gap compared with the international advanced level; some small and medium-sized enterprises have insufficient R&D investment, and the pace of technological upgrading is relatively slow; industry standards are not yet perfect, and the phenomenon of product homogeneity still exists. However, with the country’s emphasis on the intelligent manufacturing industry and the continuous investment in technological innovation by factories, these problems are gradually being solved.
Nowadays, Chinese industrial all-in-one computer factories have gradually broken free from the constraints of traditional manufacturing models, achieving a leapfrog upgrade from “manufacturing” to “intelligent manufacturing”. This not only promotes the high-quality development of their own industries but also provides solid hardware support for the intelligent transformation of domestic manufacturing. In the future, with the deep integration of new technologies such as AI, 5G, and edge computing, Chinese industrial all-in-one computer factories will continue to focus on core technology research and development, drive product development towards intelligence, high-end, and green directions, further improve production processes, enhance R&D capabilities, and strengthen the collaborative innovation among industry, academia, and research. They will forge a path of intelligent manufacturing upgrade with Chinese characteristics and contribute Chinese strength to the global industrial digital transformation.