MicroQuasar Technologies – High Resolution Plasma Printing

High Resolution Plasma Printing
Selective plasma surface modification: fast, efficient, sustainable and maskless!
True Micrometer Scale
Our resolution is at least 10x to 80x finer than any other similar solution availble in the market, while also having less operative costs
MicroPulsar Plasma Source
MicroPulsar is the patent-pending, state-of-the-art plasma source. Selectively treat multiple surfaces, precisely and without masks

SURFAP3®

Surface Atmospheric-Pressure Plasma Printing (SurfAP3®) is a plasma printing technology developed at the Leibniz Institute for Plasma Science and Technology, in Greifswald, Germany.

MASKLESS

Sustainable surface modification without masks, stencils or shaped electrodes. Treat exactly the area that you need and save costs!

FINEST RESOLUTION

Starting at 35 μm, we offer the finest linewidth resolution for maskless plasma treatment.

ANY SUBSTRATE

Our state-of-the-art plasma source allows the selective surface modification on virtually any material: metals, polymers, fibers, paper, etc.

MODULARITY AND ADD-ONS

We constantly optimize our modular technologies and offer new add-ons, to help you achieve the best results and efficiency.

MICROPLASMA IN ACTION

Our plasma sources can be used for other applications beyond surface treatment. If you have an idea for an application, feel free to ask!

FLEXIBLE AND SCALABLE

Do you need a larger area to cover? Our technology is scalable, compatible and flexible for different installation setups.

EFFICIENT AND SUSTAINABLE

Our plasma source consumes less power and processing gas than competitors. Also, using plasma instead of harmful wet chemistry contributes to sustainability and greener processes!

Electronics & Semiconductors

Thin-film electronics, printed and flexible electronics, bioelectronics, semiconductors

Life Sciences & Medical Devices

Biosensors, microfluidics, bioprinting, medical devices manufacturing, R&D

Microfabrication

Fine cleaning, layer removal, adhesive and bonding, microstructuring, micro- and nano-texturing

Advanced Materials

Thin film deposition (multiple materials), micro and nanopatterning, photonics, additive manufacturing

Research & Academia

Develop of tailored functionalities, materials processing and new micro-plasma based applications

In-Space Manufacturing

Thin-film-based microfabrication and integration with other additive manufacturing technologies suitable for in-orbit fabrication

MicroQuasar Technologies

The next generation applications in the fields of biochips, MEMS, optics, photonics, and microelectronics require advance and versatile microfabrication processes to realize their industrialization and adoption. At MicroQuasar Technologies, we are developing advanced plasma printing systems at atmospheric pressure, for high-resolution surface modification that enable at least 10 times finer resolution than comparable plasma technologies, starting at a linewidth resolution of 35 μm, driving innovation in microfabrication for advanced manufacturing and prototyping.

Experts in Plasma

MicroQuasar Technologies is a spinoff of the Leibniz Institute for Plasma Science and Technology, a leading German institution in plasma research and technology. Our close cooperation allows the development of our state-of-the-art plasma-enabled technologies and plasma sources.