The advanced materials developed within MADRAS have been processed and upscaled through In-Mould Electronics, a manufacturing approach that allows adding intelligence and functions to plastic components. This process combines the functional printing of electronics and the hybridisation of electronic components with traditional plastic transformation processes, such as thermoforming and injection
Electronics are expanding into new fields where lowcost manufacture in large volumes is a deciding f...
Compared to limited complexity capacity in traditional fabrication and assembly techniques, Additive...
Compared to limited complexity capacity in traditional fabrication and assembly techniques, Additive...
Next generation of smart systems in different application areas such as automotive, medical and cons...
Next generation of smart systems in different application areas such as automotive, medical and cons...
Next generation of electronic modules and systems in different application areas such as automotive,...
Next generation of electronic modules and systems in different application areas such as automotive,...
International audience3D Plastronics is a technology capable of improving the integration of heterog...
International audience3D Plastronics is a technology capable of improving the integration of heterog...
International audience3D Plastronics is a technology capable of improving the integration of heterog...
This paper presents research activities carried out at VTT Technical Research Centre of Finland in t...
This paper presents research activities carried out at VTT Technical Research Centre of Finland in t...
Next generation of smart systems in different application areas such as automotive, medical and cons...
Electronics are expanding into new fields where lowcost manufacture in large volumes is a deciding f...
Next generation of smart systems in different application areas such as automotive, medical and cons...
Electronics are expanding into new fields where lowcost manufacture in large volumes is a deciding f...
Compared to limited complexity capacity in traditional fabrication and assembly techniques, Additive...
Compared to limited complexity capacity in traditional fabrication and assembly techniques, Additive...
Next generation of smart systems in different application areas such as automotive, medical and cons...
Next generation of smart systems in different application areas such as automotive, medical and cons...
Next generation of electronic modules and systems in different application areas such as automotive,...
Next generation of electronic modules and systems in different application areas such as automotive,...
International audience3D Plastronics is a technology capable of improving the integration of heterog...
International audience3D Plastronics is a technology capable of improving the integration of heterog...
International audience3D Plastronics is a technology capable of improving the integration of heterog...
This paper presents research activities carried out at VTT Technical Research Centre of Finland in t...
This paper presents research activities carried out at VTT Technical Research Centre of Finland in t...
Next generation of smart systems in different application areas such as automotive, medical and cons...
Electronics are expanding into new fields where lowcost manufacture in large volumes is a deciding f...
Next generation of smart systems in different application areas such as automotive, medical and cons...
Electronics are expanding into new fields where lowcost manufacture in large volumes is a deciding f...
Compared to limited complexity capacity in traditional fabrication and assembly techniques, Additive...
Compared to limited complexity capacity in traditional fabrication and assembly techniques, Additive...