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2026-03-31
3D-printed reconstruction of the EOD helmet cushioning system sets a production benchmark in safety-critical applications.
As the core protective equipment for explosive ordnance disposal (EOD) technicians, the internal cushioning system of the EOD helmet directly determines its protective performance, wearing comfort, and operational safety, and must rigorously comply with stringent industry requirements for quality consistency and end-to-end traceability.
2026-03-26
"Hifun3D Achieves Remarkable Success at Shanghai TCT Asia Expo"
TCT Asia 2026 Concludes Successfully | Hifun3D: Core Competence through Proprietary Technology, Winning the Future with Full-Scenario Empowerment
2026-03-25
Hifun3D Shines at TCT Asia 2026: Redefining 3D Printed Footwear
2026-03-14
Hifun3D Launches SDLP Technology and Half-Meter Scale Industrial 3D Printer
Shenzhen Hifun Innovation Technology Co., Ltd. has announced the release of its new SDLP technology and a large-format industrial 3D printer, aiming to address key challenges in the light curing equipment market. The announcement was made ahead of the company's exhibition at the upcoming TCT Asia show in Shanghai.
2026-03-06
Highlights of 3D Printing at the Two Sessions: From Cultural Preservation to Industrial Upgrading—Delegates and Committee Members Jointly Outline a Blueprint for Additive Manufacturing Development.
At the 2026 National People's Congress, 3D printing emerged as a frequently discussed topic. Several deputies and members offered insightful suggestions on topics including cultural heritage preservation, the integrated application of AI, and the development of industry-specific talent—covering the entire chain from culture and people’s livelihoods to manufacturing and employment. These proposals are helping to propel 3D printing from a cutting-edge technology toward large-scale implementation and making it a crucial pillar of new-quality productivity.
2026-02-28
Musk bets on PEEK, while a joint Chinese-Singaporean team takes a different approach: 3D-printed PPS paves the way for mass production and commercialization of humanoid robots.
On February 11, 2026, the key materials project for humanoid robots—jointly developed by Fangdi Technology and Nanyang Technological University—received funding from Singapore’s national-level Additive Manufacturing Innovation Cluster (NAMIC). This project focuses on carbon-fiber-reinforced PPS composites and SLS selective laser sintering 3D printing, targeting core components for humanoid robot joints and transmission systems. Against the backdrop of the industry generally following the high-end PEEK route, this project charts a new technological path that is better suited for widespread adoption and boasts greater advantages in mass production, providing a practical solution for the industrialization and commercial deployment of humanoid robots.
