Industry Briefing
A single destination for timely, editor-curated robotics news from around the world.
Meltio Introduces US-Assembled Meltio Robot Cell for Industrial Metal 3D Printing
Meltio has unveiled a US-assembled version of its Meltio Robot Cell, designed for industrial metal 3D printing. This initiative targets industrial customers throughout the Americas, aiming to enhance accessibility and efficiency in additive manufacturing. The decision to assemble the system in the United States is significant as it aims to minimize shipping and customs delays that typically arise from importing equipment from Spain. This strategic move is expected to streamline operations for customers and improve the overall user experience. Looking ahead, Meltio's focus on local assembly may lead to further innovations and adaptations of the Meltio Robot Cell to meet specific regional demands. No further timeline was disclosed at the time of publication.
Design Engineering Manufacturing News Robotics abb robotics
US Naval Postgraduate School to Demonstrate Mobile 3D Printing for Spare Parts in RIMPAC 2026
The US Naval Postgraduate School’s Consortium for Advanced Manufacturing Research and Education is set to showcase mobile 3D printing capabilities during the Rim of the Pacific 2026 exercise. This initiative will involve deploying advanced manufacturing systems on ships and locations throughout Hawaii to produce and distribute spare parts on demand, significantly reducing wait times for critical components. This mobile, distributed factory network aims to enhance operational efficiency by allowing ships to submit digital requests for spare parts while deployed. By leveraging specialized software, the nearest suitable machine or operator can be identified to either locate or 3D print the required part, which may then be delivered via unmanned drone. This capability is particularly crucial in combat scenarios where traditional supply chains may be disrupted. The RIMPAC 2026 exercise will involve 35 nations, 40 warships, 5 submarines, and over 25,000 personnel, providing a comprehensive platform to test this innovative supply chain solution. The focus will be on evaluating the entire network and delivery process rather than just individual 3D printing capabilities, marking a significant step in military logistics and operational readiness.
Innovation Military
University of Utah Develops Fast Holographic 3D Printing for Seamless Microstructures
Researchers at the University of Utah have introduced a novel 3D printing technique that creates solid microstructures in approximately 20 seconds using a single laser exposure. This method eliminates the weak seams typical of traditional layer-by-layer printing, enhancing the strength and reliability of microscale devices. The innovative process employs a nanoscale mask to reshape laser light into a holographic pattern, allowing for the simultaneous hardening of the printing material, which significantly reduces manufacturing time compared to existing laser-based techniques. The significance of this development lies in its potential applications in microfluidic devices and advanced manufacturing. By curing entire structures in one exposure, the new method addresses the common issue of microscopic seams that can compromise the integrity of printed parts. The researchers demonstrated the ability to produce multiple parts continuously, akin to a conveyor-belt process, which could revolutionize the production of complex microscale components. Looking ahead, the research team aims to extend this technology to achieve true three-dimensional printing while maintaining the speed and accuracy of the current method. No further timeline was disclosed at the time of publication, but the implications for industries requiring precise microscale channels are substantial, suggesting a promising future for this innovative approach.
Innovation
WSU Researchers Use AI to Optimize 3D Printing of NASA's GRCop-42 Alloy
Researchers at Washington State University have leveraged artificial intelligence to discover a more efficient and cost-effective method for 3D printing GRCop-42, a high-performance metal alloy developed by NASA. This breakthrough allows for the use of common commercial printers, which previously struggled with the alloy's complex printing requirements. The significance of this advancement lies in its potential to democratize access to GRCop-42 printing, making it feasible for a wider range of industries beyond aerospace. The alloy's unique properties, including high thermal conductivity and strength at extreme temperatures, are essential for applications such as liquid rocket engine combustion chambers. Looking ahead, the AI strategy developed by the WSU team could be applied to other scientific challenges involving vast experimental possibilities, such as drug discovery. No further timeline was disclosed at the time of publication.
Pratt & Whitney and GKN Aerospace to Test 3D-Printed Engine Case for F-35 by 2028
RTX’s Pratt & Whitney has partnered with GKN Aerospace to develop a large additively manufactured structural component for the F135 fighter engine. The collaboration aims to certify this component by the end of 2028, following the production of a full-scale demonstrator in 2027. This initiative is significant as it represents a move towards integrating industrial-scale 3D printing into military propulsion systems. The focus is on creating a structural engine case that meets the performance standards of traditionally manufactured parts, which is crucial for the F-35 Lightning II's operational capabilities. Looking ahead, the project will provide valuable data on manufacturing quality and certification requirements, potentially transforming how larger structural components are produced in aerospace. No further timeline was disclosed at the time of publication.
Military
Advanced metal 3D printing minimizes failure points in complex gas turbine designs
Metal additive manufacturing is increasingly being adopted in production-focused energy systems, moving beyond its traditional use in aerospace prototypes. This shift reflects a growing recognition of the technology's potential to enhance efficiency and reduce costs in various sectors. As companies seek innovative solutions to meet rising energy demands, the integration of metal additive manufacturing offers a pathway to streamline production processes and improve the performance of energy systems. This trend is gaining momentum as industry leaders invest in research and development to harness the benefits of this advanced manufacturing technique, which allows for greater design flexibility and material optimization. The transition is expected to reshape the landscape of energy production, paving the way for more sustainable and efficient systems in the future.
Innovation
Continuous Composites Secures Navy Contract for Innovative UAV Component Manufacturing
Continuous Composites has been awarded a Phase II SBIR contract by the U.S. Navy to develop composite aircraft components that integrate electrical power conductors within their structures. This innovative approach aims to reduce the reliance on traditional wiring and connectors in unmanned aerial vehicles (UAVs), transforming structural components into active elements of the aircraft's electrical system. The significance of this project lies in its potential to streamline UAV design and manufacturing. By embedding electrical functions directly into composite materials, Continuous Composites can enhance the efficiency of UAVs while minimizing the complexity associated with conventional wiring systems. The Phase II work will build on successful demonstrations from Phase I, where engineers validated the concept of multifunctional composite parts with minimal impact on structural performance. Looking ahead, the focus will be on developing higher-capacity electrical pathways that can withstand operational loads. Engineers will conduct tests to ensure that electrical conductors are properly isolated within the composite without compromising structural integrity. No further timeline was disclosed at the time of publication.
Military
ORBBEC Expands Beyond Robot Vision Into Physical AI and 3D Printing
ORBBEC, a leading company in 3D vision perception, is broadening its horizons beyond its traditional focus on robot vision. The firm is strategically venturing into several high-growth sectors, including healthcare, smart retail, and autonomous driving. This expansion comes as part of ORBBEC's initiative to leverage its advanced technology and expertise to meet the increasing demand for innovative solutions in these emerging markets. The company aims to enhance its product offerings and capture new opportunities, positioning itself as a key player in the rapidly evolving landscape of 3D vision applications. As ORBBEC continues to innovate and diversify, it seeks to establish a strong foothold in these sectors, which are expected to see significant growth in the coming years.
Robotics
‘Fuck you, Bambu’: How one private message could change the face of 3D printing
Bambu Lab, known for producing top-quality and user-friendly 3D printers, is facing backlash from the 3D printing community following a controversial incident. The situation escalated when Paweł Jarczak, a prominent member of the community, received a private message from the company on Reddit requesting him to delete his code, which has sparked outrage among users. In response, many within the community have rallied around Jarczak, initiating a fundraising campaign aimed at challenging Bambu Lab's actions. This growing support highlights the community's commitment to open-source principles and their discontent with perceived corporate overreach. The unfolding conflict raises questions about the balance between innovation and intellectual property rights in the rapidly evolving 3D printing industry.
Gadgets Report Tech
Base Materials Launches Large-format 3D Printing Service Featuring ProXtrude® Printable Paste System
Base Materials has introduced a groundbreaking large-format 3D printing service aimed at revolutionizing manufacturing processes. This innovative service offers a quicker and more efficient alternative to traditional tooling methods, which typically involve CNC machining of tooling boards. The new process allows for the creation of intricate, single-piece models without visible bond lines, significantly enhancing the quality of the final product. Launched following successful internal trials, the service has demonstrated the potential to cut material waste by up to 58% and reduce production timelines by as much as 70%. By removing the need for molds, casting, or bonding, and requiring only minimal post-processing, Base Materials is poised to accelerate lead times for manufacturers. This advancement not only streamlines production but also contributes to sustainability efforts by minimizing both consumable and material waste.
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