3d Printing has been hailed as one of the most revolutionary technologies of the twenty-one St Century, and one of its more typical applications is biomedicine, including Biocompatibility and biodegradable materials such as 3D printed organs, 3d printed biological cells, 3d printed scaffolds for bone tissue engineering and heart scaffolds, in a sense, 3d Printing has revolutionized biomedicine. 

     A pair of researchers from the Massachusetts Institute of Technology and the Indian Institutes of Technology in Madras have taken advantage of a miniature 3 D printing incubator system, grow from tissue-like brain tissue and study its growth and development in real time. The Miniature 3D printed culture system is a reusable and easily adaptable platform that includes pores that provide nutrient solutions for growing organoids and microfluidic channels, as well as preheating for tissue growth, with the help of 3D printing technology, the cost of building the platform intelligently is greatly reduced, only about $5. 

     In the future, 3d printing technology will contribute to the development of the world's medical industry, and 3D printing technology is a technology closely related to linear motors, previously, linear motors with high speed, high precision and so on, based on this experience, the linear motor was introduced into the 3D printing equipment. At present, the 3D printing equipment added by the linear motor has become one of the mainstream 3D printing equipment. 

     Kunshan Tongmao Electronics Co. , Ltd. . Deep tillage linear motor field more than 10 years, Tongmao linear motor using European and American technical standards and processing technology, including no core U Slot and core plate two categories. 

     The article was originally written by www.tmmotion.com in Kunshan, China. Please quote the source.