Videos

You want to start your success story in research? In this video, our researcher Johanna talks about her career, her research in the field of flexible and printed electronics, and why she likes working at SAL.

You want to help Johanna and our team to shape the technologies of tomorrow? Apply now for a job at Silicon Austria Labs: https://silicon-austria-labs.com/karriere/offene-stellen

With slot-die coating, we can print at very high speeds over very long areas. It can be used for e.g. lighting such as organic LEDs or also solar cells in which you need to print large areas in a cost-effective manner. Our colleague Daniel explains the process in the video.

With the screen printer, we can print complex designs. There is a wide variety of inks that can be used because the viscosity range of inks that are compatible with screen printing are much larger than any competing technology. Our colleague Sherjeel exlplains the process in the video.

With the pad printer, we can print on curved surfaces, such as plants, devices etc. Our researcher Mani explains the process in the video.

Our laser scribing platform is equipped with 75 watt CO2 laser. We use it to fabricate laser induced graphene on various carbon-based substrates. Our researcher Lukas explains the process in the video.

Inkjet printing is an additive digital manufacturing technology and can be used for the fabrication of smart sensors. Inkjet printing is a non-contact method, which means it can be used for sensitive substrates as the substate is not touched by the printhead. Our researcher Johanna explains the process in the video.

The Aerosol Jet Printer enables researchers at SAL to print electronic components such as resistors, capacitors, antennas or sensors on different 2D or 3D substrates with high precision and speed. Our researcher Emily explains the process in the video.

Printed elec­tro­nics and their inte­gra­tion into smart systems can solve key issues of indus­tries today. By enab­ling elec­tro­nics ever­yw­here and on ever­y­thing in a resource-effi­cient way, the tools required for a sustainable digital trans­for­ma­tion are provided.

In the field of Sensor Applications, our researchers work on sustainable sensorics, flexible electronics, harsh environment sensing and much more.

For the past 8 years, Silicon Austria Labs worked together with several industrial and scientific partners in the scope of ASSIC Austrian Smart Systems Integration Research Center. The focus of the research activities of ASSIC lies on intelligent system integration based on micro- and nanotechnologies. With its research activities, ASSIC offers well-founded system knowledge about components, technologies, materials, assembly and connection technologies.

In the project "Tiny Power Box", the focus is on opti­mizing the power density of built-in chargers in elec­tric cars, so-called onboard chargers. The aim is to reduce weight, save compo­nents and space while at the same time increase power density by a factor of 4, achieve highest effi­ciency for fast charging, and increase envi­ron­mental compat­i­bility.