In the era of intelligent 3D printing, installing a CPU is no longer just a hardware upgrade—it’s a gateway to smarter, more connected manufacturing. This CPU can be upgraded at any time, enabling remote control, automatic repair, seamless switching, and integration with upstream and downstream modules. These features mark the core of the 3D printing intelligence revolution.
Luo Jun
CEO of the World 3D Printing Technology Industry Alliance
3D printing technology has become one of the most fascinating innovations in modern times. Imagine combining it with robotics or internet technologies—what kind of transformation could arise? What new possibilities emerge when 3D printing merges with IoT, big data, and cloud computing? In the age of intelligent 3D printing, these questions will soon have clear answers.
The concept of "Industry 4.0" first appeared in Germany in April 2013 and quickly gained global attention. While often seen as the fourth industrial revolution, I believe it's more accurately described as the deepening of the third industrial revolution. By leveraging internet, information, and networking technologies, it aims to integrate various production factors into a single intelligent platform, achieving digitization, automation, and smart manufacturing.
This shift means that future technologies won’t exist in isolation. Instead, they’ll converge on platforms like Cloud Factories or DreamWorks, where 3D printing, IoT, cloud computing, and big data work together. This convergence will make manufacturing more intelligent, allowing for customizable, cloud-based production. The cloud factory, therefore, represents the future direction of the manufacturing industry.
For China’s manufacturing sector, developing Industry 4.0 requires building more R&D, incubation, and operational centers focused on emerging technologies. To enhance the competitiveness of 3D printing, robotics, and smart equipment industries, we must focus on open application platforms that connect users with advanced technologies. This not only expands the market but also strengthens customer engagement.
The evolution of 3D printers has been significant. From early models that only printed prototypes to today’s high-precision functional devices, the journey continues. However, current 3D printers are still standalone machines, facing challenges in speed, stability, and material limitations.
But the future of 3D printing isn’t just about hardware. It’s about becoming a service platform, much like smart homes, cars, and offices. 3D printing needs to integrate with other technologies, such as robotics, big data, and cloud computing. Combining these elements can lead to smarter, more automated systems capable of processing, distributing, and even self-correcting during production.
For example, integrating 3D printing with CNC technology allows for optimized post-processing, making it more efficient and precise. Similarly, the maker movement is driving innovation by empowering individuals to create and experiment with 3D printing, turning ideas into reality.
To make 3D printers as common as smartphones, we need to focus on their software and connectivity. Each printer should have strong backend support, allowing users to upload custom software, network with others, and access cloud-based resources. Installing a smart CPU is key to this transformation.
Looking ahead, the 3D printing market will see growth in industrial applications, with increased precision, speed, and affordability. The biomedical field holds tremendous potential, from printing prosthetics to organs. Meanwhile, desktop 3D printers will become smaller, more portable, and user-friendly, eventually entering homes and schools.
As the technology evolves, 3D printing will no longer be a niche tool but a mainstream part of daily life. With continued innovation and integration, it promises to reshape how we design, produce, and interact with the physical world.
(Editor)
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