What Happened Recent advances in 3D printing technology have accelerated the adoption of digital inventory models, enabling companies to store product designs digitally rather than physical goods. This shift allows for on-demand manufacturing, where parts and products can be printed as needed, reducing the need for large warehouses and complex logistics. Why It Matters The … Read more
What Happened Recent breakthroughs in bio-microsystem integration and Lab-on-PCB technology have opened new frontiers in the development of smart, bio-embedded materials for 3D printing. According to a Nature article published on May 8, 2025, these advances highlight the integration of biological components with printed circuit board (PCB) technology to create compact, multifunctional microsystems. This fusion … Read more
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
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
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
What Happened Recent advances in metal additive manufacturing have enabled the integration of embedded sensors and electrical functionalities directly into 3D printed metal components. According to tctmagazine.com, metal 3D printing techniques are evolving to embed sensors within components during the build process rather than adding them post-production. This breakthrough enables the creation of smart metal … Read more
What Happened? Recent developments in 3D printing technology have introduced innovative filaments embedded with sensor particles, as reported by Tech Briefs. These filaments integrate microscopic sensor particles directly into the printing material, enabling the production of 3D printed objects that can monitor environmental or structural parameters in real-time. This breakthrough marks a significant step towards … Read more
What Happened? Recent developments in 3D printing have increasingly focused on integrating living materials—biological components embedded within printed structures—to create smart, responsive, and sustainable products. This emerging frontier was highlighted in a recent overview of 3D printing applications and processes by Vajiram & Ravi. While the article primarily covers broad 3D printing technologies, it touches … Read more
What Happened? In a notable development for the 3D printing community, Additive Appearance has introduced PrismSlicer, a photorealistic software solution designed to tackle the complexities of multi-material 3D printing. Released in May 2025, this software promises unprecedented control and visualization capabilities for fabricators working with diverse materials—including emerging smart and bio-embedded substances known as living … Read more
What Happened? Recent research highlighted in Wiley Online Library explores the untapped potential of microalgae as sustainable materials in 3D printing. This emerging field leverages living microalgae to create bio-embedded materials that can be printed into functional structures, opening new frontiers in environmentally friendly additive manufacturing. Why It Matters The integration of living materials like … Read more