According to the official microblog of "Xi'an Release" today, recently, the Maxwell Medical Technology Laboratory in Shaanxi Province has realized AI digital medical customization and reconstruction of the "native" nose, thanks to the company's breakthrough in the field of 3D bioprinting and bionic tissue engineering. With the continuous advancement of research and development, Maxwell has realized the intelligent "tailor-made" and "remote" customized production of artificial noses and prostheses through AI generation mode. Maxwell said that in the future, robot skin is expected to integrate multiple sensing functions, such as touch, temperature, humidity, pressure, etc., and be able to perceive the external environment more comprehensively. With the continuous development and improvement of precision of 3D printing technology and automated silicone printing and coloring technology, the manufacturing of silicone robot skin will also be more refined and personalized. In order to make the robot more natural and flexible during movement, the research and development of new silicone materials and the improvement of manufacturing processes will enable the skin to better adapt to the robot's joint movement and body deformation, while maintaining good sensing performance and appearance texture, further enhancing the robot's bionic degree and human-computer interaction experience. It is reported that its team has recently taken the lead in the layout of robot simulation skin field and will carry out in-depth cooperation with embodied intelligence-related institutions.