A Brain-Computer Interface (BCI) is a technology that directly connects the brain to external devices, allowing human-computer interaction through neural signals without relying on traditional muscle or language commands. In simple terms, a BCI acts as a “super link” between the brain and the external world. It enables us to bypass the body and control … Read more
Follow us for Golden Open Access 01 Authors Liu Guofeng, Kong Weicheng, Qiao Tianhong, Sun Yuan, He Yong, Xia Pengcheng, Ren Wenjie 02 Institutions Zhejiang University, Nanjing Medical University, Xinxiang Medical University 03 Citation Liu G F, Xia P C, Kang W C, Qiao T H, Sun Y, Ren W J, He Y. 2025. 3D … Read more
In this issue, the author introduces the entire process of design to application of microrobots in medical systems, discussing the current technological level and the challenges faced. Microrobots, ranging in size from a few micrometers to several millimeters, can access complex anatomical areas within the human body that are difficult to reach, enabling targeted drug … Read more
3D Printing in Industrial Mold Manufacturing 1. The Rise of Molds Traditional mold manufacturing relies on CNC machining, electrical discharge machining (EDM), and other subtractive processes, which have long cycles, high costs, and difficulty in modifications. 3D printing (additive manufacturing) can replace traditional processes. The analysis is as follows: Shortened Development Cycle: Traditional mold manufacturing … Read more
Author｜David Levin Translator｜Zhao Jinyu Editor｜D Core Idea: How can we create a truly intelligent microbot that can operate independently? A robotics expert provides a detailed answer to this question and describes the medical tasks these microbots can perform for us.In the near future, the “surgeons” treating our ailments may be microbots traveling through our bodies, … Read more
Microrobots Microrobots have been a focal point of extensive research, catalyzing various innovative developments. Their unique active motion behaviors provide distinct capabilities and advantages in different aqueous biological and environmental media, such as enhanced delivery, improved mass transfer, efficient repair, and access to small spaces. Appropriate material selection, structural design, and surface functionalization enable various … Read more
By | Sensor Technology (WW_CGQJS) MEMS sensors are key devices for obtaining information and play a significant role in the miniaturization of various sensing devices. They have been widely used in fields such as space satellites, launch vehicles, aerospace equipment, aircraft, various vehicles, biomedical applications, and consumer electronics. Typical applications of MEMS sensors are shown … Read more
Click on the above “blue text” to follow us! Sensor is a common yet very important device that senses various quantities to be measured and converts them into useful signals according to certain rules. For sensors, the input can be divided into static and dynamic quantities based on the input status. We can obtain the … Read more
Sensors are common yet very important devices thatperceive various measured quantities according to specified standards and convert them into useful signals according to certain rules. For sensors, depending on the input state, inputs can be divided into static quantities and dynamic quantities. We can obtain the static characteristics of a sensor based on the relationship … Read more
3D printing—an innovative manufacturing technology—has permeated more complex and refined fields from its initial applications in manufacturing, such as the production of plastic, metal, and other materials, including biomedicine. This “additive manufacturing” method of 3D printing can layer by layer print any biological tissue or organ required for tissue engineering. Among various 3D printing technologies, … Read more