Non-Planar 3D Printing

Sheffield Forgemasters Pioneers Hybrid Robotic Arm 3D Printing and Milling System for Casting Innovation

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Industrial robotic arm executing hybrid 3D printing and milling on metal casting

What Happened Sheffield Forgemasters has launched a groundbreaking hybrid manufacturing system that integrates robotic arm 3D printing with milling capabilities, aiming to transform the casting production process. As reported by The Manufacturer, this system represents a significant step forward in the application of robotic arm 3D printing within industrial casting workflows. Why It Matters The … Read more

Sheffield Forgemasters Advances Robotic Arm 3D Printing with New Hybrid Facility

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What Happened Sheffield Forgemasters has unveiled a cutting-edge hybrid 3D printing facility, marking a significant milestone in the evolution of additive manufacturing technologies. Reported by PES Media on January 22, 2026, this new facility integrates robotic arm 3D printing capabilities with hybrid manufacturing processes to expand the scope and precision of metal additive manufacturing. Why … Read more

Sheffield Forgemasters Advances Casting with Robotic Arm 3D Printing: A New Era in Non-Planar, Multi-Axis Additive Manufacturing

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What Happened Sheffield Forgemasters, a leading UK steel casting and engineering company, has announced the adoption of new 3D printing technology to enhance its casting manufacturing process, as reported by yorkshirepost.co.uk. This initiative involves leveraging robotic arm 3D printing technology, which enables non-planar and multi-axis additive manufacturing techniques, to create complex molds and components that … Read more

RLP’s Levity 3D Printer Redefines Non-Planar 3D Printing by Defying Gravity

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What Happened RLP’s Levity 3D printer has emerged as a groundbreaking innovation in the realm of non-planar 3D printing by challenging conventional gravitational constraints. As reported by VoxelMatters on June 18, 2025, this printer breaks the traditional “law of gravity” by enabling printing in orientations and geometries previously considered impossible or impractical. Why It Matters … Read more

Revolutionizing Metal 3D Printing: MDF and Lincoln Electric’s Robotic Arm Innovation

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What Happened In a significant stride for metal additive manufacturing, MDF and Lincoln Electric have partnered to innovate robotic arm 3D printing technologies. This collaboration aims to push the boundaries of metal manufacturing by leveraging advanced robotic arms to enable more flexible, non-planar, and multi-axis 3D printing processes. The partnership was recently highlighted in a … Read more

Advancing 5-Axis 3D Printing: Fine and Fast Metal Fabrication Meets Industrial Challenges

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What Happened Recent developments in 5-axis 3D printing technology have brought significant improvements in fine and fast metal additive manufacturing, addressing key industrial challenges. A detailed feature published in Photonics Spectra (May 2024) highlights how these advancements are enabling manufacturers to produce metal parts with enhanced precision and speed by leveraging multi-axis motion capabilities beyond … Read more

Virginia Tech’s Robotic Multi-Directional 3D Printing Breakthrough Enhances Composite Strength

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What Happened Virginia Tech researchers have developed a novel robotic multi-directional 3D printing technique designed to produce stronger composite materials by enabling multi-axis deposition. This advancement, recently detailed by 3D Printing Industry, leverages robotic arms to move beyond traditional planar layering. By printing composites along multiple directions and angles, the process significantly enhances mechanical strength … Read more

Revolutionizing 3D Printing with Robotic Arm Multi-Axis Technology: Virginia Tech’s NSF-Funded Advances

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What Happened? Virginia Tech recently announced new research initiatives funded by the National Science Foundation (NSF) aimed at advancing manufacturing technologies, including the development of smarter and stronger 3D printing methods. Among these efforts, a notable focus is on robotic arm 3D printing that utilizes non-planar and multi-axis deposition techniques. This approach promises to overcome … Read more

Robotic Arm 3D Printing: Unlocking Non-Planar & Multi-Axis Manufacturing Scalability

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What Happened Recent discussions on 3D printing scalability, as highlighted in Quality Magazine, emphasize the growing role of robotic arm 3D printing technologies. These systems enable non-planar and multi-axis additive manufacturing processes that transcend the traditional layer-by-layer constraints, offering new pathways to scalable production beyond prototyping. Why It Matters Traditional 3D printing methods typically build … Read more

Robotic Arm 3D Printing: Revolutionizing Manufacturing from Houses to Rockets

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What Happened Robotic arm 3D printing has surged into prominence across diverse sectors, ranging from construction to aerospace. According to a recent article by All3DP, this technology is now nearly ubiquitous, employed in printing everything from entire houses to rocket components. This marks a significant evolution in additive manufacturing, leveraging the flexibility and dexterity of … Read more

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