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 substantially and surfaces can be prepared before they receive a layer of ink or glue that would otherwise not hold.

 

Key advantages of µPlasmaPrint

  • Local plasma treatment
  • Based on digital information
  • Improved homogeneity and control
  • Flexibility of processing gases
  • Wide variety of applications possible

 

Applications of µPlasmaPrint within the field of organic and printed electronics

  • Polymer wettability and adhesion improvement
  • Particle cleaning and removal
  • SAM layer etching for patterned slot die coating
  • Local diffusion barrier repair (pinhole repair)
  • Electro-less metal plating  

 

1App space

Plasma modification of surfaces through chemical modification and deposition.

Plasma Surface Modification

Where cells meet surfaces

Microfluidics, biosensors, regenerative medicine, tissue scaffolds

Biomed
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
Printed electronics
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
Semiconductor

1Company space

Contact us

InnoPhysics ... 
.... is an innovation driven company
.... commercializes its proprietary µPlasmaPrint technology

 

Contact details:

InnoPhysics B.V.
Fransebaan 592a
5627 JM Eindhoven, the Netherlands
phone +31 (0) 40 248 4774
Chamber of commerce 17 19 4772

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InnoPhysics B.V.
Fransebaan 592a, 5627 JM Eindhoven, the Netherlands
phone +31 (0) 40 248 4774
Chamber of commerce 17 19 4772
© 2017 InnoPhysics B.V.. All Rights Reserved.