#Welcome to follow the latest trends in the 3D printing equipment industry! “Logic Chip Workshop” curates news to help you quickly grasp market dynamics.
Industry Highlights: Accelerated Technology Integration and Market Expansion
The global 3D printing equipment industry continues to show strong momentum in early August 2025, with China consolidating its leading position in aerospace and consumer electronics, while the international market achieves key breakthroughs in utilities, defense, and construction. Here are the recent industry highlights:
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AML3D Metal 3D Printing System Launched at Major U.S. Utility Australia’s AML3D has successfully deployed its large metal 3D printing system at the largest utility company in the U.S., utilizing wire laser metal deposition (DED) technology to provide high-strength, customized components for energy infrastructure. This system significantly reduces production cycles and costs through rapid prototyping and on-demand manufacturing, demonstrating the strategic value of 3D printing in the energy sector. Its high precision and material flexibility support the production of complex geometric components, providing efficient solutions for the utility industry and further promoting the industrial application of additive manufacturing. Source: 3DPrint.com[https://3dprint.com/319917/3d-printing-news-briefs-8-13-2025/], August 13, 2025
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Bright Laser Technologies 3D Prints Rocket Engine China’s Bright Laser Technologies (BLT) has successfully manufactured key components of a rocket engine using powder bed fusion (PBF) technology, optimizing the combustion chamber and nozzle design to enhance fuel efficiency and thrust performance. BLT’s metal 3D printing technology achieves rapid production of complex geometric structures through high-precision laser melting processes, significantly reducing aerospace manufacturing costs. This breakthrough not only consolidates China’s global competitiveness in aerospace additive manufacturing but also provides technological support for future deep space exploration. Source: 3DPrint.com[https://3dprint.com/319917/3d-printing-news-briefs-8-13-2025/], August 13, 2025
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WB Alloys Opens Alloy Wire Production Facility in the U.S. UK-based WB Alloys has established its first alloy wire production facility in the U.S., focusing on providing metal 3D printing materials for aerospace and industrial sectors. This facility reduces supply chain risks through localized production, supporting on-demand supply of high-performance alloy wires to meet the rapidly growing demand for metal additive manufacturing. This move reflects the global trend towards localization and efficiency in the 3D printing materials supply chain, providing more flexible material solutions for the North American market. Source: 3DPrint.com[https://3dprint.com/319873/3d-printing-news-briefs-8-9-2025/], August 9, 2025
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European Manufacturing Drives Reshoring through 3D Printing European manufacturing is leveraging 3D printing technology to accelerate the reshoring process, optimizing supply chain efficiency in the automotive and medical sectors. Through the flexibility of additive manufacturing, companies can quickly respond to market demands, reducing reliance on global supply chains and lowering logistics costs and tariff impacts. This trend not only enhances the competitiveness of European manufacturing but also promotes the widespread application of 3D printing in high-precision and customized production. Source: DirectIndustry e-Magazine[https://emag.directindustry.com/2025/08/14/reshoring-europe-additive-manufacturing-3d-printing-supply-chains-disruption/], August 14, 2025
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Titomic Sells Cold Spray AM System to Fraunhofer IZFP Australia’s Titomic has sold a cold spray additive manufacturing system to Germany’s Fraunhofer IZFP for €160,000, aimed at non-destructive testing research. This system combines high-speed cold spray technology with advanced material processing capabilities, supporting the repair and manufacture of metal components, providing efficient solutions for aerospace and energy sectors. This transaction highlights the potential of cold spray technology in European research and industrial applications. Source: TCT Magazine[https://www.tctmagazine.com/additive-manufacturing-3d-printing-news/latest-additive-manufacturing-3d-printing-news/titomic-fraunhofer-izfp-sale/], August 13, 2025
Leading Companies Update: Focus on Technology Classification
Here are the latest updates from leading 3D printing equipment companies in China and the international market, categorized by Stereolithography (SLA/DLP), Fused Deposition Modeling (FDM), Powder Bed Fusion (PBF/SLS), and Wire Laser Metal Deposition (DED), showcasing the latest advancements in each technology field:
Stereolithography (SLA/DLP)
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HeyGears (China) HeyGears has launched an upgraded version of its UltraCraft series DLP printer, optimizing multi-material fusion and automated post-processing systems, significantly enhancing production efficiency and precision in the dental and jewelry industries. The new system achieves fine printing of complex geometric structures through high-resolution photopolymerization technology, combined with automated cleaning and curing processes, reducing manual intervention and lowering production costs. This move further consolidates HeyGears’ leadership position in the global dental additive manufacturing market, facilitating efficient production of dental restorations and consumer products.
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UnionTech (China) UnionTech has released a new industrial-grade SLA printer, focusing on high-resolution resin printing, optimizing printing speed and material compatibility. This system provides high-precision prototypes and functional parts for the medical device and consumer electronics sectors, meeting complex design requirements. By improving photopolymerization processes and resin formulations, UnionTech has further enhanced surface finish and part durability, aiding China’s manufacturing industry in its transition to high-end customization.
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Formlabs (USA) Formlabs has upgraded its Form 4L large-format SLA printer, introducing a new high-strength resin optimized for production efficiency and part performance in the dental and jewelry industries. The new resin enhances wear resistance and surface quality, suitable for high-precision medical models and jewelry mold manufacturing. Through continuous improvements in DLP technology and material formulations, Formlabs consolidates its leadership position in the professional market, catering to diverse application scenarios. Source: 3D Printing Industry[https://3dprintingindustry.com/], July 2025
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3D Systems (USA) 3D Systems has optimized its SLA resin formulations, launching a new biocompatible resin aimed at complex medical device manufacturing, enhancing surface finish and durability. The new formulation supports the production of high-precision implants and surgical guides, meeting the stringent biocompatibility requirements of the medical industry. This move further expands 3D Systems’ market share in the medical additive manufacturing sector, supporting the development of personalized medicine. Source: 3DPrint.com[https://3dprint.com/319029/3d-printing-news-briefs-7-9-2025/], July 9, 2025
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EnvisionTec (Germany) EnvisionTec has developed a high-resolution DLP system, launching a new medical-grade resin to expand applications in the dental and jewelry industries. The new system supports efficient production of complex structures by optimizing photopolymerization accuracy and material performance, reducing post-processing time. This advancement strengthens EnvisionTec’s competitiveness in the high-end market, aiding its expansion in the global medical and consumer goods sectors. Source: Grand View Research[https://www.grandviewresearch.com/], 2023
Fused Deposition Modeling (FDM)
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Bambu Lab (China) Bambu Lab has upgraded its Bambu Farm Manager, optimizing the collaborative management efficiency of multiple FDM printers, while launching a new desktop-level FDM printer aimed at enhancing printing speed and precision for professional users. The new system supports high-performance thermoplastics, meeting functional prototyping and small batch production needs. Through intelligent software and hardware optimization, Bambu Lab further consolidates its leading position in the global desktop market. Source: 3D Printing Industry[https://3dprintingindustry.com/news/bambu-lab-launches-new-local-print-farm-manager-241739/], July 2025
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Creality (China) Creality has expanded its SpacePi series, launching new FDM printers and the Soleyin brand, entering the fashion and consumer goods market. The new system optimizes material drying technology and multi-material compatibility, enhancing print quality and creative application scenarios. Through high cost-performance and flexible design, Creality further expands the application of FDM technology in consumer and educational fields. Source: Fabbaloo[https://www.fabbaloo.com/], July 9, 2025
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Stratasys (USA) Stratasys reports showing strategic resilience in a sluggish market, with cash reserves growing by 69%, expecting revenue of $550-560 million in 2025. The new industrial-grade FDM printer optimizes high-strength polymer printing, meeting the complex part needs of the aerospace and automotive industries. Stratasys continues to maintain its competitiveness in the industrial market through technological upgrades and market adjustments. Source: 3D Printing Industry[https://3dprintingindustry.com/], August 2025
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Flashforge (China) Flashforge has launched a high-precision FDM printer, optimizing multi-material printing functions for the jewelry and consumer goods industries. The new system enhances the printing effect of complex designs through improved hot-end design and material compatibility, meeting high-precision requirements. This move helps Flashforge further expand its market share in the jewelry industry across the Asia-Pacific and Middle East regions. Source: 3D Printing Industry[https://3dprintingindustry.com/], August 2025
Powder Bed Fusion (PBF/SLS)
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Farsoon Technologies (China) Farsoon Technologies’ FS350M-4 metal 3D printer has surpassed 200 global installations, utilizing beam technology to optimize large-scale production efficiency in the aerospace and automotive industries. The new system enhances printing speed and part quality through multi-laser collaboration, meeting the demands for high-performance metal components. This advancement further consolidates Farsoon’s technological leadership in the global PBF market.
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Bright Laser Technologies (China) Bright Laser Technologies has successfully 3D printed key components of a rocket engine, utilizing PBF technology to optimize combustion chamber and nozzle design, enhancing fuel efficiency and thrust performance. This technology achieves rapid production of complex geometric structures through high-precision laser melting processes, reducing aerospace manufacturing costs and providing critical support for China’s deep space exploration. Source: 3DPrint.com[https://3dprint.com/319917/3d-printing-news-briefs-8-13-2025/], August 13, 2025
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EOS GmbH (Germany) EOS has released a new SLS printer, optimizing powder handling efficiency and material recovery rates, suitable for high-performance polymer component production. The new system significantly reduces production costs and energy consumption through improved thermal management systems and powder recycling technologies, meeting industrial-grade application needs. This advancement strengthens EOS’s leadership position in the global SLS market. Source: 3D Printing Industry[https://3dprintingindustry.com/], August 2025
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SLM Solutions (Germany) SLM Solutions has developed a 1.5-meter Z-axis laser PBF system for manufacturing large aerospace components, enhancing production flexibility and efficiency. The new system supports multi-laser collaboration, optimizing the printing quality of large metal components, meeting high-strength and lightweight requirements. This technology further enhances SLM Solutions’ competitiveness in the high-end market. Source: 3D Printing Industry[https://3dprintingindustry.com/], August 2025
Wire Laser Metal Deposition (DED)
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Meltio (Spain) Meltio has optimized DED technology, successfully manufacturing closed impellers for fire suppression systems, demonstrating its flexibility and cost-effectiveness in producing complex geometric components. The new system achieves rapid printing of high-strength metal components through wire laser deposition processes, reducing material waste. This advancement promotes the widespread application of DED technology in industrial and energy sectors.
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AML3D (Australia) AML3D’s large DED system has been launched at the largest utility company in the U.S., focusing on the production of high-strength metal components. The new system supports rapid manufacturing of complex geometric structures through wire laser deposition technology, reducing production costs and cycles, providing efficient solutions for the energy industry. This advancement marks further penetration of DED technology in the North American market. Source: 3DPrint.com[https://3dprint.com/319917/3d-printing-news-briefs-8-13-2025/], August 13, 2025
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MetalWorm (Turkey) MetalWorm has collaborated with Nurol Makina to complete testing of DED-manufactured armored vehicle components, verifying their high reliability and performance in the defense sector. The new system achieves rapid production of high-strength metal components through precise laser deposition processes, meeting the stringent requirements of military equipment. This advancement further expands the application of DED technology in the global defense market. Source: 3DPrinting.com[https://3dprinting.com/news/], June 25, 2025
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Titomic (Australia) Titomic has sold a cold spray additive manufacturing system to Germany’s Fraunhofer IZFP for €160,000, aimed at non-destructive testing research. This system combines high-speed cold spray technology, supporting the repair and manufacture of metal components, suitable for aerospace and energy sectors. This transaction highlights the potential of cold spray technology in high-end research and industrial applications. Source: TCT Magazine[https://www.tctmagazine.com/additive-manufacturing-3d-printing-news/latest-additive-manufacturing-3d-printing-news/titomic-fraunhofer-izfp-sale/], August 13, 2025
Policies and Tariffs: Stabilizing Empowerment for Industry Development
As of August 14, 2025, no significant new policies or tariff adjustments have been found in China or the U.S. regarding the 3D printing equipment industry. Existing policies continue to inject vitality into the industry:
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China: Through the “Made in China 2025” initiative, the government strongly supports the application of additive manufacturing in aerospace, medical, and consumer electronics sectors, helping China consolidate its global leadership in the 3D printing market. Source: UIdearp[https://www.uidearp.com/news/How-China-is-Leading-the-Global-3D-Printing-Market.html], June 17, 2024
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U.S.: America Makes continues to promote R&D and standardization of 3D printing technology, allocating $2.1 million in January 2025 to support in-situ measurement, sustainable powder recycling, and low-cost aluminum parameter development projects, strengthening the aerospace and medical supply chains. Source: 3D Printing Industry[https://3dprintingindustry.com/], January 2025
Research and Development Frontiers: Innovation Reshaping the Future of Manufacturing
Here are the latest achievements in 3D printing equipment architecture, technological innovation, material innovation, new printing methods, and usage scenarios from Europe, the U.S., and China, showcasing the industry’s cutting-edge breakthroughs:
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Sorghum Protein-Based Food Bioink The Arkansas Agricultural Research Institute has developed a sorghum protein-based food bioink, utilizing 3D printing technology to produce sustainable food. This ink meets personalized nutritional needs through biocompatible materials and precise printing processes, providing innovative solutions for global food security. This technology promotes the commercialization of 3D printing in the food industry, showcasing the potential for sustainable manufacturing. Paper: “Sorghum Protein-Based Bioinks for Food 3D Printing”
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Customizable Living Materials Research teams have developed engineered living materials (ELMs), applying precise control of sequence-structure-performance for tissue engineering and drug delivery. The new materials, combined with bioprinting technology, achieve precise manufacturing of complex tissue structures, providing new pathways for regenerative medicine and personalized treatment. This breakthrough expands the application boundaries of 3D printing in the biomedical field. Paper: “Sequence-Structure-Performance Relationships in Engineered Living Materials”
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Printable Molecularly Selective Nanoparticles Development of printable molecularly selective nanoparticles for low-cost sweat sensor manufacturing. The new technology achieves rapid production of nanoscale structures through high-precision printing processes, promoting the application of wearable biosensors in personalized medicine. This achievement significantly reduces the production costs and technical barriers of medical monitoring devices. Paper: “Printable Molecularly Selective Nanoparticles for Wearable Biosensors”
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Eco-Friendly Paper-Based Sensors Utilizing commercial paper to print silver lines, developing precise and eco-friendly paper-based temperature and humidity sensors for food supply chain management. The new technology achieves high-sensitivity monitoring through low-cost printing processes, optimizing supply chain efficiency and sustainability, providing green solutions for the food industry. Paper: “Paper-Based Sensors for Temperature and Humidity Monitoring in Supply Chains”
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Fully 3D Printed Turbojet Engine China’s Aviation Engine Corporation (AECC) has successfully test-flown a fully 3D printed turbojet engine, utilizing PBF technology for rapid manufacturing of complex components. This technology optimizes engine performance and lightweight design, providing breakthrough support for the aerospace field. This achievement marks China’s global leadership position in high-end manufacturing. Paper: “Additive Manufacturing of a Fully 3D-Printed Turbojet Engine”
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DLP-Based Fabrication of Structured Uranium Monomers for Nuclear Applications The University of Padua’s joint research center in Italy has utilized DLP technology to manufacture structured uranium monomers for nuclear energy applications. The new technology achieves rapid production of complex nuclear components through high-precision photopolymerization processes, meeting the nuclear industry’s demands for high reliability and safety. This breakthrough promotes the application of 3D printing in high-tech fields. Paper: “DLP-Based Fabrication of Structured Uranium Monomers for Nuclear Applications”
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3D Printed Aerogel for Solar-Powered Water Desalination Development of 3D printed aerogel materials that utilize solar energy to convert seawater into drinking water. The new technology achieves efficient light-absorbing material production through precise printing processes, optimizing desalination efficiency and providing innovative solutions for global water scarcity. This achievement showcases the tremendous potential of 3D printing in environmental protection. Paper: “3D-Printed Aerogel for Solar-Powered Water Desalination” Source: 3DPrinting.com[https://3dprinting.com/news/], June 25, 2025
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3D Printed Bacteria-Powered Biobatteries Binghamton University in the U.S. has developed 3D printed bacteria-powered biobatteries, integrating laser powder bed fusion technology. The new technology achieves optimized integration of microorganisms and electrodes through precise printing processes, providing new directions for sustainable energy. This achievement promotes the innovative application of 3D printing in the green energy field. Paper: “3D-Printed Bacteria-Powered Biobatteries” Source: 3D Printing Industry[https://3dprintingindustry.com/], July 31, 2025
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3D Printing-Based SERS Diagnostic Method for Thyroid Cancer Pusan National University in South Korea has developed a surface-enhanced Raman spectroscopy (SERS) diagnostic method based on 3D printing, utilizing human serum to detect thyroid cancer. The new technology achieves the production of nanoscale detection structures through high-precision printing processes, enhancing diagnostic accuracy and efficiency, providing new tools for personalized medicine. Paper: “3D Printing-Based SERS Diagnostic Method for Thyroid Cancer” Source: 3D Printing Industry[https://3dprintingindustry.com/], July 31, 2025
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DIY Coaxial Bioprinter The International University of Catalonia has modified a Creality Ender 3 Pro desktop printer to develop a DIY coaxial bioprinter. The new system achieves high-precision printing of biological materials through low-cost modifications, promoting the popularization of open-source bioprinting technology. This achievement lowers the technical barriers of bioprinting, facilitating widespread applications in research and education. Paper: “Development of a DIY Coaxial 3D Bioprinter” Source: 3D Printing Industry[https://3dprintingindustry.com/], July 31, 2025
Conclusion
From August 5 to August 14, 2025, the 3D printing equipment industry has continued to make breakthroughs in technological innovation and application expansion. China consolidates its global leadership through high-end applications such as rocket engines, while the international market shows potential in utilities and reshoring trends. From AML3D’s breakthroughs in the energy sector to Titomic’s cold spray technology transactions, and the green innovations of biobatteries and seawater desalination aerogels, additive manufacturing is reshaping the global manufacturing landscape at an astonishing pace. Follow “Logic Chip Workshop” to get daily updates on the forefront of 3D printing and keep up with the technological wave!
Reference Links:
- 3DPrint.com[https://3dprint.com/]
- 3D Printing Industry[https://3dprintingindustry.com/]
- TCT Magazine[https://www.tctmagazine.com/]
- Fabbaloo[https://www.fabbaloo.com/]
- UIdearp[https://www.uidearp.com/]
- 3DPrinting.com[https://3dprinting.com/]
- DirectIndustry e-Magazine[https://emag.directindustry.com/]
- Grand View Research[https://www.grandviewresearch.com/]
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