en.Wedoany.com Reported - Jingtao Technology (Shenzhen) has officially signed customized specialized equipment procurement and supporting service agreements with Qiyu Technology, 3Dceram, Lithoz, and another ceramic 3D printing enterprise. This marks a key turning point for the global ceramic 3D printing industry's transition from "research equipment" to "industrial-grade mass production equipment." By integrating global superior resources, all parties involved will jointly promote the industrial application of ceramic 3D printing in the field of precision structural components.

Since its establishment in Shenzhen in early 2026, Jingtao Technology has aspired to become a global leader in industrial-grade precision ceramic 3D printing mass production. Its core business focuses on material development, process routes, and intellectual property. The centralized procurement agreement signed this time aims to meet the large-scale equipment demands of its "Super Factory," targeting high-growth industries such as 3C consumer electronics (e.g., watch cases, watch bands), commercial aerospace, new energy, and semiconductors. By building production lines with dozens or even hundreds of devices, Jingtao Technology is committed to overcoming the previous limitations of ceramic 3D printing being confined to "single-machine research" and advancing towards scaled manufacturing capable of producing hundreds of thousands or even tens of millions of parts annually.

This shift in business model indicates that the ceramic field has the potential to replicate the development path of metal 3D printing. As ceramic 3D printing technology matures, the role of industry suppliers is transitioning from providers of laboratory instruments to builders of automated production lines. Driven by the demand for AI computing power and the iteration of consumer electronics, industrial-grade ceramic additive manufacturing will play a central role in the batch production of high-performance precision parts, leveraging its advantages in handling complex geometries and excellent material properties. This will help the global manufacturing industry achieve a higher-dimensional intelligent transformation.

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