Ruineng Electronics: Industrial Automation Brings New Changes to Manufacturing

Robotic arms precisely grasping materials, AGV vehicles automatically transporting goods, production lines running stably according to preset programs, and key processes under fully automated control... Today, walking into a modern factory, traditional production scenes that once relied on manual supervision and manual operation are being comprehensively replaced by efficient and stable automated systems. Industrial automation has become the core engine of the digital-intelligent transformation of manufacturing, fundamentally changing production methods and driving the entire industry toward high-quality development.

Fujian Rui'neng Technology Co., Ltd. is a national high-tech enterprise specializing in the R&D, production, and sales of industrial automation control products. With its independent core technologies, it has become an important force in the domestic industrial automation sector, with headquarters in the Fuzhou High-tech Zone. The company has successively won honors such as “National High-tech Enterprise,” “National Manufacturing Single Champion Product,” and “National Intellectual Property Advantage Enterprise.” By the end of 2025, it had obtained 272 authorized patents, including 133 invention patents.

Recently, Wang Kaiwei, Deputy General Manager of Fujian Rui'neng Intelligent Electronics Co., Ltd. (referred to as “Rui'neng Electronics”), a subsidiary of Fujian Rui'neng Technology Co., Ltd., provided an in-depth interpretation of the development status, core value, and future trends of the industrial automation industry.

The fundamental change industrial automation brings to manufacturing is shifting production from “relying on people to watch” to “relying on systems to run.” Wang Kaiwei said that in the past, many factories' production outcomes depended heavily on human experience, personnel condition, and on-site management, with significant fluctuations. Once automation fixed key actions, parameters, and processes into the system, production stability greatly improved and product consistency was significantly enhanced.

“On the surface, this means more equipment; in reality, it means the production method has completely changed.” Wang Kaiwei pointed out that enterprises no longer rely solely on the personal experience of veteran workers, but rather consolidate that experience into standards, control logic, and replicable processes. The core of competition in manufacturing today has shifted from “whether it can be done” to “whether it can be done stably, continuously, and at scale,” and automation is the core support for achieving this goal.

Meanwhile, industrial automation is the foundation of digitalization and intelligence. Wang Kaiwei believes that many enterprises are pursuing intelligent manufacturing, but if the automation foundation is weak, subsequent data collection, analysis, and optimization will be left hanging. Industrial automation is not an optional choice, but an essential fundamental skill that cannot be bypassed in the upgrading of manufacturing.

The core value of industrial automation ultimately comes down to “cost reduction, quality improvement, and efficiency enhancement,” and these values run far deeper than most people imagine. Wang Kaiwei explained that cost reduction through automation is not just about reducing labor; it also reduces rework, scrap, downtime, and waste of materials and energy. The reduction of these hidden costs is the key to enterprise cost optimization.

In terms of quality improvement, human conditions inevitably fluctuate, whereas automated systems execute repeatedly with greater stability and consistency, directly improving product yield and quality stability. Efficiency enhancement is not simply about faster speed, but about making the entire production chain more efficient, helping enterprises better adapt to market demands for small batches, multiple lots, and fast delivery.

The changes brought by automation go beyond the factory workshop and are closely tied to ordinary people's lives. “The clothing, home appliances, electronic products, food, and daily necessities we use every day all rely on automated manufacturing behind the scenes,” Wang Kaiwei said. Automation makes product quality more stable, delivery more efficient, and long-term costs more reasonable, allowing consumers to buy products of more consistent quality and higher cost-effectiveness — this is the tangible benefit industrial automation brings to the public.

Currently, domestic industrial automation has moved beyond the stage of “whether it can be done” and entered a new era of “becoming the more suitable choice.” Wang Kaiwei believes that in the past, high-end equipment relied on imports, but domestic enterprises have made significant progress in application understanding, product iteration, and local service. Customers now care more about who understands the process better and who can quickly solve on-site problems.

According to reports, the advantages of domestic enterprises lie in being closer to the market, responding faster, and better balancing performance and cost, moving from “filling gaps” to “taking the lead.” Although there is still catching up to do in high-end, complex, and extreme operating conditions, the upward breakthrough trend of domestic brands is clear. For small and medium-sized enterprises with concerns about transformation, Wang Kaiwei suggested that there is no need to do everything at once. Starting from the most troublesome processes or the bottlenecks most limiting capacity, and continuing to invest after seeing results, is the most practical path.

Looking to the future, Wang Kaiwei believes industrial automation will show three major trends: products will be more intelligent, with sensing, diagnostic, and optimization capabilities; solutions will be closer to scenarios, focusing on customers' actual process needs; and software and hardware will be deeply integrated, with competition shifting from single products to platform, system, and ecosystem capabilities. At the same time, emerging fields such as new energy, robotics, and semiconductors will create new demands and force technological upgrades across the industry.