Revolutionary 3D printing systems of designable gels to develop novel applications and markets (Conference Presentation)

SPIE BiOS Pub Date : 2016-06-03 DOI:10.1117/12.2222418
H. Furukawa, M. Kawakami, A. Saito, K. Sakai, Taizo Hayashida, K. Toba
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Abstract

Based on the world-first 3D gel printing technology, we aim to develop 3D gel printing system to realize free-shape design of soft and wet materials. We defined ‘Designable Gels’ as revolutionary gels whose molecular structure, shape, and functions can be designed by users. By virtue of the 3D gel printing system, we can use 3D high-performance gels materials and realize both designed 3D shape and designed properties. At the same time, analysis technology with scanning microscopic light scattering will be immediately used to guarantee the quality of manufactured gels. We believe we will contribute to extend the fields of medical and robot applications and create new markets.
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革命性的可设计凝胶3D打印系统开发新应用和市场(会议报告)
基于世界首创的3D凝胶打印技术,我们的目标是开发3D凝胶打印系统,实现柔软和潮湿材料的自由形状设计。我们将“可设计凝胶”定义为一种革命性的凝胶,它的分子结构、形状和功能都可以由用户设计。利用3D凝胶打印系统,我们可以使用3D高性能凝胶材料,实现设计的3D形状和设计的性能。同时,将立即采用扫描显微光散射分析技术来保证生产的凝胶的质量。我们相信我们将为扩展医疗和机器人应用领域并创造新的市场做出贡献。
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