The Science and Technology Daily, Beijing, November 23 (Reporter Zhang Mengran) – A research team from the University of Virginia has pioneered a new type of 3D printing material. This material is compatible with the human immune system and is expected to promote the rapid and safe development of various medical technologies such as artificial … Read more
Corresponding Author: Francesco Ricci Affiliation: Chemistry Department of the University of Rome Research Background In recent years, the field of nucleic acid nanotechnology has developed rapidly, paving the way for the development of innovative materials and biomolecular structures utilizing the programmable properties of nucleic acid interactions. DNA/RNA condensates, as synthetic analogs of natural cells or … Read more
On August 26, 2025, the Ministry of Industry and Information Technology released the “Announcement of Selected Units for the Second Batch of Innovative Tasks in Biomedical Materials”. The list of materials focuses on three directions: polymer materials, metal materials, and inorganic non-metallic materials.Among them, the projects for “3D printing zirconia ceramic ink” and “silicon nitride … Read more
1. Industry Overview and Development Stages 3D printing, also known as additive manufacturing, is a manufacturing method that directly creates three-dimensional physical entities by layer-by-layer adding materials based on three-dimensional model data. It is completely different from traditional subtractive manufacturing technologies (such as CNC machining) and has unique advantages such as “freedom of manufacturing, no … Read more
Click the blue text above to subscribe Three-dimensional (3D) printing, as a promising additive manufacturing technology, can create customized objects with precise structures, controllable components, adjustable mechanical properties, and physiological heterogeneity by computer-aided continuous deposition of biomaterials or cells, fundamentally transforming the field of biomedical engineering. In bone tissue engineering, 3D porous scaffolds provide support … Read more
The dynamic changes in the field of bioprinting are gradually becoming a focus. As it continues to grow, different trends are emerging. These “niche markets” in bioprinting are crucial for understanding the development direction of the industry. Antarctic Bear has noticed that five directions are particularly noteworthy.Biomaterials△ GEL-MA INX bioprinting ink launched by Rousselot and … Read more
The research team at Linköping University in Sweden has successfully developed an innovative “syringe skin” material. This material consists of a gel containing live cells and can be used to 3D print skin grafts, providing a new solution for the treatment of large area burns and severe wound repair. This research is led by the … Read more
Abstract: This article focuses on intervertebral disc degeneration, proposing the use of 3D bioprinting technology to construct biomimetic scaffolds due to the limitations of traditional treatment methods in restoring function. It first outlines the applications of this technology in tissue engineering, such as stereolithography and extrusion printing, then analyzes the properties of biomaterials like GelMA, … Read more
Experts in 3D printing materials: Domestic expert • Yan Yongnian: Born on January 12, 1938, a professor and doctoral supervisor at Tsinghua University. As the “first person in 3D printing in China,” he has achieved internationally leading research results in multifunctional rapid prototyping manufacturing systems and rapid prototyping manufacturing of large bone tissue engineering materials. … Read more
Princeton University The team led by Daniel J. Cohen has developed a 3D structure smaller than a single cell, called the Self-Adhesive Tunnel (SAT), which allows cells to wrap around it and adhere to themselves. The related results were published in the journal “Engineering Cellular Self-Adhesions Inside 3D Printed Micro-Arches to Enhance Cell: Biomaterial Attachment“. … Read more