: 27 June 2014

Biomed

Where cells meet surfaces

Microfluidics, biosensors, regenerative medicine, tissue scaffolds

Key advantages of µPlasmaPrint

Local plasma treatment
Maskless
Based on digital information
Flexibility of processing gases
Wide variety of applications possible

Applications of µPlasmaPrint within the semiconductor industry:

wettability and adhesion improvement

Particle cleaning and removal, sterilization

improved fluid flow control

Modified droplet wetting on silicon

1App space

Plasma Surface Modification

Plasma modification of surfaces through chemical modification and deposition.

Biomed

Where cells meet surfaces

Microfluidics, biosensors, regenerative medicine, tissue scaffolds

Printed electronics

Plasmas are finding applications in the expanding high-tech industry of organic electronics, such as for functionalising surfaces for organic photovoltaics or organic LEDs. The wettability of substrates can be altered

Semiconductor

In current manufacturing of MEMS-devices, available technologies are largely adopted from the semiconductor industry leading to a limited flexibility and favouring large production volumes of same device. Also, these methods