Today, 3d printing technology, almost permeates all walks of life, and 3D printing of architecture, clothing, food, organ models, and so on, has become commonplace. 

   More recently, news has emerged that 3D printing has a practical application in the field of microscopes. By the University of Technology of Cartagena, NAVANTIA, S. M. A low-cost 3d printing microscope has been developed by e Corp and a team of microplastics testing assistants at the Cartagena Institute of Oceanography for the detection of microplastics in seawater. Microplastics are one of the major sources of marine pollution, with an estimated 15 million tons falling into the deep sea, double the amount of plastic pollution on the ocean’s surface, according to a new report from Australia’s National Science Institute. Most plastics are about 0.5 cm in diameter and require a microscope because of their small size and the complexity of detection. Based on this, the team developed the 3D printing microscope. Of course, 3d printing is not an independent technology, its development and popularization can not be separated from the support of linear motor drive technology, based on the mature application experience of linear motor in plane printer, it has been introduced into 3d printing equipment by many device intelligence manufacturers, and has achieved the effect of Fast Response and smooth operation. 

     Kunshan Tong Mao Electronics Co. , Ltd. self-developed and self-marketing linear motor products, including no core U Slot and plate with iron core two categories, are using European and American technical standards and processing technology, favored by equipment manufacturers. 

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