Mr. Li, 43 years old, suffered a serious fracture of the ulnar coronoid process due to a fall while walking. Dr. Guo Yingbin, head of the upper limb department at our hospital, stated, “Such a severely shattered ulnar coronoid process fracture is indeed rare.” After Mr. Li’s injury, he visited a local hospital where X-rays … Read more
Copyright Statement This article is authorized by New Materials Online (WeChat ID: xincailiaozaixian) for reprinting. For other media wishing to reprint, please contact the editor of New Materials Online (WeChat ID: 13510323202). Introduction 3D Printing is a technology that manufactures three-dimensional products by layering materials according to designed 3D models using 3D printing equipment. This … Read more
Bioprinter A bioprinter is a device that can assemble biological materials or cell units according to the principles of additive manufacturing, driven by digital three-dimensional models, to create products such as medical devices, tissue engineering scaffolds, and organ tissues. Working Principle of Bioprinter Bioprinters are invented based on existing technologies that are currently used to … Read more
3D printing is an emerging technology in the manufacturing industry, known as a “manufacturing technology with industrial revolution significance.” In recent years, with advancements in industrial technology, 3D printing technology has rapidly developed and gained widespread media attention, with various 3D printing technologies being reported. Below, I will share the principles of 3D printing in … Read more
1. Overview (1) Introduction to 3D Printing Technology 3D printing, also known as additive manufacturing, is a technology that creates physical objects by gradually adding material. Compared to traditional subtractive manufacturing processes, which involve material removal, 3D printing is a “bottom-up” manufacturing method. Computer-controlled additive manufacturing technology first appeared in the 1980s.3D printing technology has … Read more
In 1979, the concept of using 3D medical imaging, particularly reconstructing physical models from computed tomography data, was first proposed. Although there were no rapid prototyping or 3D printing systems at that time, the idea could be realized through subtractive manufacturing or milling. Before the advent of 3D printers, the primary method for creating prototype … Read more
With the rapid development of modern technology, 3D printing technology is increasingly coming into people’s view. Its unique advantages of customization and efficient production capabilities not only change many aspects of the manufacturing industry but also shine brightly in the medical field, playing an increasingly crucial role in clinical oral medicine.Today, we will introduce the … Read more
Source: EETOP. 3D printing can turn 3D modeling files from a computer into physical objects, with a printing process that requires no intervention and precision that far exceeds manual production. It sounds and feels quite cool. Although it has been popular for a long time, it remains mysterious to the general public. Considering that many … Read more
Banner Author: Liu Ziwei Introduction Multi-Photon 3D Laser Printing Technology has been widely used but still faces challenges such as printing speed and resolution. Increasing the printing rate can be achieved by enhancing focusing speed or the number of laser foci, but due to power budget constraints, prioritizing the increase in focusing speed is more … Read more
3D printing technology, as an emerging technology in the field of rapid prototyping, is a highly potential and rapidly developing technology that has been widely applied in various fields such as industrial modeling, machinery manufacturing, aerospace, military, construction, medicine, archaeology, cultural arts, sculpture, and jewelry. Since 1991, China has started researching 3D printing technology, initially … Read more