[Translate to English:] ITA-Startscreen [Translate to English:] ITA-Startscreen [Translate to English:] ITA-Startscreen [Translate to English:] ITA-Startscreen

The increase of flexibility, safety and efficiency in processes of production, transport and handling are the main tasks of the Institute of Transport and Automation Technology (ITA). Due to the continuous increase in the requirements for transport and automation processes, the need for holistic solution approaches is growing. These approaches range from decision algorithms and circuit design to applications in intralogistics and manufacturing. Head of the institute is Professor Ludger Overmeyer.

YouTube: 3D glass processing for microfluidic systems

[Translate to English:] [Translate to English:] [Translate to English:]
© IMPT/Lena K.
[Translate to English:]

On our YouTube channel we offer insights into our research. This time on the topic: 3D glass processing for microfluidic systems; presented by Maren Prediger.

Lasers, glass and cells. In this insight into the research, the Institute of Microproduction Technology presents how the scientists use a 3D printer to produce microfluidic systems made of glass and other materials. These can be used, for example, to specifically retain cells from a cell suspension. Initial functionality tests, in collaboration with the Lower Saxony Center for Biomedical Engineering, Implant Research and Development (NIFE), demonstrate the usefulness of the system.
This work was carried out as part of Samuel Wulfert's Master's thesis. We would like to thank Prof. Dr. rer. nat. Andrea Hoffmann, Yvonne Roger, Ph.D. and Kirsten Elger of the working group "Biological Basis for Biohybrid Implants" for their cooperation.

Watch the whole video here.