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2026-02-07
China successfully launched a reusable experimental spacecraft, with 3D printing technology serving as a key supporting technology.
On February 7, China launched a reusable experimental spacecraft from Jiuquan (carried by the Long March-2F carrier rocket). To meet the core requirements of reusability, high-temperature resistance, lightweight design, and high reliability, metal 3D printing technology has emerged as a critical enabler. This technology is primarily applied to key components such as rocket propulsion systems, spacecraft thermal management and thermal protection systems, and core structural parts—and all these applications have undergone targeted technical optimizations specifically tailored to the operational conditions of repeated use.
2026-02-06
Material Innovation Empowers Manufacturing Upgrades: From 3D-Printed Footwear to the Evolution of Humanoid Robots—Additive Manufacturing Frontier Applications Forum
Recently, at the Forum on Innovation and Cutting-Edge Applications of Additive Manufacturing Technologies, Wang Wenbin, a seasoned industry expert and founder of Suzhou Bolli, delivered a speech titled “Material Innovation Empowers Manufacturing Upgrades: The Evolution from 3D-Printed Footwear to Humanoid Robots.” From the perspective of polymer material innovation, Wang Wenbin focused on the practical implementation and industrial evolution of additive manufacturing technologies. He shared the practical pathways and future visions for how these technologies have progressed—from prototyping to mass production and from consumer-grade products to cutting-edge intelligent equipment—providing a highly valuable reference model for the industry’s development.
2026-02-03
By 2025, the domestic 3D printing industry will reach a scale of 70 billion! A comprehensive summary of the achievements during the 14th Five-Year Plan and a展望 for the 15th Five-Year Plan.
At the “2025 Additive Manufacturing Industry Development Forum & Annual Conference,” key industry data were officially released: In 2024, the domestic 3D printing industry market size reached 53 billion yuan, and is projected to exceed 70 billion yuan in 2025, representing an annual growth rate of approximately 30%. By 2030, the industry’s output value is targeted at 150 billion yuan—double the current level. Li Fangzheng, Deputy Secretary-General of the China Additive Manufacturing Industry Alliance, provided a comprehensive analysis of the industry’s development. During the 14th Five-Year Plan period, China’s 3D printing industry achieved leapfrog development across four key dimensions: scale, technology, applications, and ecosystem. China now ranks first globally in consumer-grade equipment production and has maintained its position as the world’s second-largest industrial player for five consecutive years. At the same time, the industry faces challenges such as shortcomings in core technologies and an incomplete ecosystem. During the 15th Five-Year Plan period, the industry will focus on the goal of “leading globally and achieving full self-reliance and controllability,” driving the industry toward high-quality development.
2026-02-02
3D-printed “ghost guns” spark safety crisis! U.S. man arrested for illegally manufacturing them; multiple states enact legislation to strictly control the source of these devices.
Recently, police in Minnesota, USA, uncovered a case involving the illegal 3D-printing of firearm components. A 32-year-old man, Patrick M. Dotty, was arrested at his home for manufacturing unmarked firearm parts and now faces felony weapons charges. This case once again highlights the growing threat posed by “ghost guns”—unmarked, untraceable firearms—printed via 3D technology in the United States. Currently, New York State and Washington State have successively introduced legislation aimed at curbing this issue, shifting the focus of regulation from the firearms themselves to the source—the 3D printers. However, the aggressive nature of these proposed regulations has sparked controversy within the industry, with many arguing that such measures would be extremely difficult to enforce. By contrast, China has consistently maintained a strict stance on firearms control. Under Chinese law, regardless of the manufacturing method, illegally producing or possessing firearms is a clearly prohibited offense, and anyone caught doing so will face severe legal consequences.
2026-01-30
After revenue exceeds 10 billion, Tuozhu Technology joins forces with Creaform to enter the consumer-grade 3D scanner market!
On January 29, 2026, TopoTech, whose annual revenue has already surpassed 10 billion yuan, officially announced its entry into the consumer-grade 3D scanner market—signing a framework cooperation agreement with SiKan Technology, a company listed on the STAR Market. Under the agreement, the two companies will jointly design and develop consumer-grade 3D scanners, with SiKan Technology taking charge of production and exclusively supplying them to TopoTech. Upon the release of this news, SiKan Technology’s stock price surged by 15.08% on the same day, pushing its market capitalization to 9.48 billion yuan. With billions in cash on hand and hailed as a “disruptor” in the 3D printer industry, TopoTech’s latest cross-industry collaboration with a specialized manufacturer raises the question: Can it continue its past success story and replicate its achievements not only in the consumer-grade 3D scanner market but also in the broader personal manufacturing arena? This development has become the industry’s biggest talking point.
2026-01-29
In 2026, China’s space metal 3D printing will achieve a milestone breakthrough, placing its dual technology approach among the world’s leading positions.
At the start of 2026, China’s space manufacturing sector has delivered exciting news: According to 3D Printing Technology Reference, on January 12, the first flight test of the Keyi Aerospace Li Hong No. 1 spacecraft was successfully completed at the Jiuquan Satellite Launch Center. The return capsule, equipped with a parachute system, landed and was recovered smoothly. The key breakthrough of this maiden flight was the integration of a microgravity laser additive manufacturing returnable scientific experiment payload independently developed by the Institute of Mechanics of the Chinese Academy of Sciences. This payload successfully demonstrated laser wire-based metal 3D printing technology under microgravity conditions in space. Moreover, this marks the first time that China has conducted a returnable scientific experiment on space metal additive manufacturing based on a rocket platform, opening a brand-new chapter in the development of space metal 3D printing in China.
