Most advanced in the 3D printing field of Cisco

2022-08-07
  • Detail

Further advance in the 3D printing field of costron

further advance in the 3D printing field of costron

August 27, 2019 reading can effectively shield the GPS signal reading: Source: the ceramic particles selected for the coating coat this time are stronger and more wear-resistant | submission

recently, costron announced that the cooperation with carbon, a Silicon Valley high-tech company, in the research and development of 3D printing materials has achieved phased success

it is reported that carbon company has successfully developed the digital photo synthesis technology known as DLS, which can increase the production speed to a hundred times at most. Carbon has also developed corresponding new polyurethane liquid resin coatings suitable for production and manufacturing. As an important partner, covestro has invested a lot of resources to support the commercialization of carbon's 3D materials. Based on the cooperation of both parties, the 3D printing process and the batch production of corresponding materials have been verified

the appearance and decoration design improves the attractiveness. Kostron said that with the emergence of 3D printing technology, the integration of three-dimensional and complex parts has become a reality. Although 3D printing is widely used in small batch prototype and sample manufacturing, many industries have shown great interest in using this technology for industrial batch production. Patrick Rosso, global head of additive manufacturing of covestro, explained: "on the road to industrialization of additive manufacturing, the biggest challenge we all face is to find a material supply that can meet the product quality requirements and produce energy. Through cooperation with companies such as carbon, covestro continues to break through the limits of mass production and help realize digital mass production in all links of the value chain."

DLS technology developed by carbon is now being applied to mass production. Compared with SLA technology, DLS can increase the printing speed up to 100 times, which is another prerequisite for industrial mass production. In this context, new technologies and processes can produce products with high-tech and mechanical properties through the combination of software, hardware and materials

Copyright © 2011 JIN SHI