What Happened Recent research highlighted by Photonics.com in February 2025 reveals a novel hologram-based approach to tomographic printing, a key technique within volumetric 3D printing. This…
What happened Recent developments in volumetric 3D printing, notably computed axial lithography (CAL), offer a groundbreaking alternative to traditional layer-by-layer additive manufacturing. As reported by The…
What Happened Recent research highlighted by Wiley focuses on controlling light propagation within scattering materials to enhance volumetric additive manufacturing processes. This work addresses a fundamental…
What Happened Recent developments in volumetric 3D printing, specifically tomographic printing, have enabled the creation of high-resolution, functionally graded, multimaterial biomedical models derived directly from tomographic…
What Happened Recent research published by Frontiers provides a comprehensive classification of X-ray attenuation properties for a broad range of additive manufacturing and 3D printing materials…
What Happened Recent developments in volumetric additive manufacturing have introduced a laser-based method to 3D print glass, as reported by Tech Briefs. This approach leverages volumetric…
What Happened Scientists have recently developed a groundbreaking method for 3D printing glass parts with thicknesses comparable to a human hair. This rapid fabrication technique, highlighted…
What Happened A recent development in volumetric 3D printing technology, specifically tomographic printing, has been reported by 3DPrint.com. This new volumetric 3D printing approach leverages tomographic…
What Happened Researchers have made significant strides in volumetric 3D printing through the technique of computed axial lithography (CAL), as detailed in a recent PNAS article…
Recent advances in collagen bioresins have marked a significant breakthrough in 3D bioprinting, with volumetric printing techniques—especially tomographic printing—emerging as transformative technologies in this space. This…
What Happened UC Berkeley’s SpaceCAL 3D printer has successfully demonstrated volumetric 3D printing using computed axial lithography (CAL) technology in orbit, marking a pioneering achievement in…
What Happened Recent advances in volumetric 3D printing, specifically tomographic printing, have been significantly boosted by the integration of holographic techniques. According to a Tech Xplore…
What Happened Researchers at UC Berkeley have developed an innovative 3D-printing technology that leverages computed axial lithography (CAL) to fabricate intricate glass microstructures. This approach represents…
What Happened Recent developments in volumetric bioprinting have been highlighted by VoxelMatters through the introduction of Dynamic Interface Printing (DIP). This technique shows promise in enhancing…
What Happened Recent advances in volumetric 3D printing have been significantly accelerated by the integration of holographic techniques, as reported by msn.com. This development leverages holography…
What Happened Recent advancements in volumetric 3D printing have taken a significant leap forward thanks to the integration of holographic techniques to enhance tomographic printing processes.…
What Happened Researchers at the University of California, Berkeley recently tested a novel 3D printer based on computed axial lithography (CAL) in a suborbital environment, as…
What Happened In early 2019, new details surfaced regarding a collaborative volumetric 3D printing technology developed by researchers at UC Berkeley and Lawrence Livermore National Laboratory…
