设备型号

有机溶剂

醇类，酮类，脂肪族化合物，芳烃类，偶极溶剂

•● 印刷电子：柔性印刷电子、薄膜晶体管分子器件、薄膜晶体管矩阵、纳米导线、电容、电阻、电感、电极、RFID、透明导电膜

●• 显示器件：AMOLED柔性显示器件、PLED、荧光染料、彩色滤光片

•● 光学器件：微透镜阵列、EUV光源、导波管、功能镀膜

●• 医疗器械：血管支架、导丝、导管、球囊、骨科植入物

•● 生物医药：生物传感器、微球、组织工程打印

●• 新 能 源：太阳能电池、钙钛矿太阳能电池、燃料电池

•● 其      他：气雾发生、大气物理水汽标定、微结构打印、倒装芯片封装

My group specializes in developing reactive inks for device applications. The broad material compatibility of the MicroFab ink-jet dispenser nozzles and the Jetlab II Precision printer have enabled us to print any set of ink chemistries that we’ve been able to throw at it. MicroFab’s support has been top-notch and they always get back to us with detailed answers or solutions. For example, they wrote a program for us that would take 3D STL files, slice them into 2D .bmps, and then stitch them together through a script so that we can print a complete device just from a few STL files.

I highly recommend getting the digital pressure controller; it is well worth the added expense. Also, get the Minstac in-line filters and the Micro-90 cleaning solution. Nozzle clogs are likely to be your biggest hurdle starting up and those items really help.

Owen Hildreth, Ph.D.
School for Engineering of Matter, Transport, and Energy
Arizona State University

我的团队专门开发用于设备应用的活性墨水。MicroFab的喷头和 Jetlab II精密打印机的广泛材料兼容性使我们能够打印任何我们能够投入的化学成分的墨水。MicroFab的支持是一流的，他们总是给我们提供详细的答案或解决方案。例如，他们为我们编写了一个程序，可以将3D STL文件切成2D .bmps，然后通过一个脚本将它们拼接在一起，这样我们就可以仅从几个STL文件中打印出一个完整的设备。

我强烈建议使用数字压力控制器，它非常值得额外的花费，此外，还有Minstac在线过滤器和Micro-90清洁溶液。喷头堵塞可能是你开始的最大障碍，而这些物品确实有帮助。

亚利桑那州立大学

物质、运输和能源工程学院

Owen Hildreth博士 

Georgia Tech’s Jetlab II is part of a multi-user facility where it has been employed for a wide variety of projects by more than 20 people over the last 3 years. These projects range from depositing proteins for biomedical studies to printing metallic ink for flexible electronics. Training of new users is easy because the controls and software are designed to accommodate flexibility. Working with tools and equipment in such a diverse environment can often be a challenge, but having MicroFab’s support has been instrumental in our success. We have always obtained a rapid and informative reply to our inquiries about software, hardware, or applications from Microfab’s informed and friendly engineering staff.

David S. Gottfried, Ph.D.
Institute for Electronics and Nanotechnology
Georgia Institute of Technology

佐治亚理工学院的Jetlab II是一个多用户设施的一部分，在过去3年里，它已被20多人用于各种项目。这些项目的范围从沉积用于生物医学研究的蛋白质到印刷用于柔性电子产品的金属油墨。新用户的培训很容易，因为控件和软件旨在适应灵活性。在如此多样化的环境中使用工具和设备通常是一项挑战，但获得MicroFab的支持对我们的成功至关重要。对于我们对软件、硬件或应用程序的询问，我们总是从MicroFab知识储备充足且友好的工程人员那里获得快速而翔实的答复。

佐治亚理工学院

电子与纳米技术研究所

David S. Gottfried博士

We have been very satisfied with the Jetlab II. Microfab has always been quick to respond and very helpful. We are currently using our Jetlab once or twice per week to mainly deposit polymers and low molecular weight solids dissolved in solution. Please extend my compliments to your staff and colleagues for the great work!

Jennifer Stepnowski, Ph.D.
US Naval Research Lab (contractor)

我们对Jetlab II非常满意。MicroFab一直反应迅速且非常有帮助。我们目前每周使用我们的Jetlab一到两次，主要沉积溶解在溶液中的聚合物和低分子量固体。请代我向你们的员工和同事致意，感谢他们所做的出色工作！

美国海军研究实验室（承包商）

Jennifer Stepnowski博士