Fabrication Techniques for Multilayer Metalization and Patterning, and Surface Mounting of Components on Cylindrical Substrates for Tube-Shaped Micro-Tools

S. Goto, T. Matsunaga, J.J. Chen, W. Makishi, M. Esashi, Y. Haga
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引用次数: 13

Abstract

This paper reports fabrication techniques for multilayer microstructures and surface mounting of small components on cylindrical substrates for tube-shaped high-performance micro-tools. A cylindrical shape is an ideal shape for micro medical tools inserted temporarily or implanted in the human body. Miniaturization, multifunctional capabilities, and high-performance are required for these tools. Tubular lumens, which are useful for the insertion of medical tools and for the injection of drugs, are necessary for endoscopes and catheters. Micro-fabrication on cylindrical substrates meets these demands. Multilayer metallization and patterning, as well as three-dimensional resist patterning have been performed using maskless lithography techniques on glass tubes with 2 and 3 mm outer diameters. Using laser soldering techniques, a high-speed OP amp has been mounted on a multilayer circuit formed on a glass tube to amplify small signals from micro medical sensors. These techniques will realize multifunctional and high-performance tube-shaped micro medical tools with small diameters
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管状微型工具的多层金属化和图像化制造技术,以及圆柱形基板上元件的表面安装
本文报道了用于高性能管状微工具的多层微结构和小部件在圆柱形基板上的表面安装技术。圆柱形是临时插入或植入人体的微型医疗工具的理想形状。这些工具需要小型化、多功能和高性能。管状管腔用于插入医疗工具和注射药物,是内窥镜和导管所必需的。圆柱形基板上的微加工满足了这些要求。多层金属化和图图化,以及三维抗蚀剂图图化已经使用无掩膜光刻技术在外径为2和3毫米的玻璃管上进行。利用激光焊接技术,高速运算放大器被安装在玻璃管上形成的多层电路上,以放大来自微型医疗传感器的小信号。这些技术将实现多功能和高性能的小直径管状微型医疗工具
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