Laser Induced Transfer for Printed Electronics Devices (LITPED

该项目提出了一项工业化前的可行性研究，以调查我们的专有技术--激光诱导印刷电子设备转移(LITPED)--在生产高分辨率银导图案方面的应用。这种图案可用于轻质超薄触摸屏、显示器以及新兴和快速发展的塑料电子行业的微型化设备中的互连和透明导电膜。这项研究将利用固态二极管激光器的最新进展，使高质量的银图案能够打印出来，而这些图案是其他方法无法获得的。LITPED是一项颠覆性技术，将改变我们使用和制造电子产品的方式。在未来，它可以用于使用点，用户定义的电子产品制造使用简单的台式打印机。这项研究将在LITPED方法生产的电容式触摸传感器的演示中达到高潮。这是DZP科技有限公司(一家技术开发中小企业)与剑桥大学的合作项目。

This project proposes a pre-industrial feasibility study to investigate the application of our proprietary technology, Laser Induced Transfer for Printed Electronic Devices (LITPED), for the production of high-resolution silver conductive patterns. Such patterns can be used as interconnects and transparent conductive films in low-weight, ultra-thin touch screens, displays and miniaturised devices in the emerging and fast moving plastic electronics sector. The study will utilise the latest advances in solid state diode lasers to enable the printing of high quality silver patterns that are impossible to obtain by other methods. LITPED is a disruptive technology that will transform the way we use and manufacture electronics. In future, it can be used for point-of-use, user defined manufacture of electronics using simple desk-top printers. The study will culminate with the demonstration of a capacitive touch sensor produced by the LITPED method. This is a collaborative projects between DZP Technologies Ltd (a technology development SME) and the University of Cambridge.