Introduction: Boeing has made a groundbreaking announcement with the launch of its 3D printed solar array, which is expected to halve the production time for satellites, potentially reshaping the future of space exploration and satellite deployment. Illustration of Boeing’s 3D printed solar array, aimed at improving satellite production efficiency In Brief 🚀 Boeing has launched … Read more
In the industrial application of multi-laser metal additive manufacturing equipment, the traditional multi-laser calibration model has long been constrained by multiple core pain points, becoming a key bottleneck that restricts users from improving production efficiency, ensuring product quality, and optimizing cost structures: On one hand, traditional calibration heavily relies on manual experience, with complex processes … Read more
With the acceleration of technologies such as eVTOL, electric vertical takeoff and landing aircraft, and drones moving towards commercialization, the “low altitude economy” is rapidly emerging as a significant trend in the new wave of technological revolution and industrial transformation. In this trend, additive manufacturing, with its advantages of lightweight design, rapid iteration, and high … Read more
On September 11, 2025, Antarctic Bear learned that Boeing has successfully applied 3D printing technology to the manufacturing process of the main structural panel for satellite solar arrays. This innovation reduces the production cycle by approximately six months and improves efficiency by 50%, providing strong support for the rapid deployment needs of spacecraft. The first … Read more
Navigat’s independently developed 3D printing additive recycling system achieves efficient and safe screening and recovery of metal powders through fully enclosed inert gas protection, addressing the long-standing industry challenges of material oxidation and contamination. In the cutting-edge field of metal powder 3D printing, powder recycling has always been a key bottleneck restricting cost reduction and … Read more
Click the blue text Follow us 1. Shenzhen’s Global Position and Development Background in Consumer 3D Printing 1.The Origin and Early Landscape of 3D Printing Technology: Originating in the 1980s in the United States, it primarily served high-end fields such as aerospace and medical, dominated by European and American manufacturers, with high equipment prices and … Read more
With the upgrade of intelligent manufacturing,3D printing and high-end molds have significantly increased material performance requirements.PEEK (Polyether Ether Ketone) has become the core material for high-performance3D printing and precision molds due to its high-temperature resistance (printing temperature up to 380℃), and excellent mechanical properties (tensile modulus of 3.8GPa). The Ministry of Industry and Information Technology’s … Read more
During summer, experiencing sudden lag on your phone, laptops shutting down due to overheating, and the range of electric vehicles shrinking as temperatures rise… These everyday frustrations point to a common technical bottleneck – heat dissipation. As 5G, AI, and new energy technologies continue to increase device power density, traditional cooling methods have fallen into … Read more
3D printing of shoe molds is bound to replace traditional manufacturing due to its advantages in design freedom, time efficiency, and environmental protection. [Qiming Additive Manufacturing] If you were to list the currently popular fields of 3D printing applications, shoe molds would surely be among them. According to relevant reports, the global market size for … Read more
3D printing, also known as additive manufacturing technology, is a method of creating solid parts based on three-dimensional CAD data through layer-by-layer material accumulation. In recent years, it has gained widespread application. However, due to the complex shapes and large sizes of wind turbine blades made from fiberglass or carbon fiber, 3D printing technology has … Read more