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    Printed electronics development

    At Melrose, we have vast experience in printing on conductive and elastomeric materials. Thanks to our expertise, our clients get to enjoy high-quality components for their applications they can rely on. Explore our printed electronics offer on this page to learn more.

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    Printed Electronics Development

    Process Steps

    Step
    1

    Development

    • Conduct experiments designed by others.
    • Engineer process & materials to design objectives
    Step
    2

    Manufacturing: Pilot

    • Manufacture small lots.
    • Measure process variability.
    Step
    3

    Manufacturing: Mass

    • Migrate to appropriate equipment
    • Produce to customer schedule
    • Integrate with Cloud ERP

    Technologies

    Materials

    Conductives
    • Inks
    • Pastes
    • Graphite
    • Adhesives
    • Dielectrics
    • Force sensitive materials
    Elastomers
    Adhesion Primers
    Substrates
    • PET (polyester)
    • Polyimide

    Equipment

    Screen Printing
    • Sheet fed
    • Roll to roll
    Roll Coating
    Curing
    • Thermal programable
    • UV
    Laminating
    • Pin registration
    • Equalized pressure
    Laser cutting
    • 500 watt CO2 (plastic)
    • 3000 watt fibre (metal)
    Die-cutting (optical autofeed)
    • Steel rule
    • Punch & die

    Testing

    Electrical: current, conductivity
    Dimensional: optical measuring machine
    Mechanical (peel, tensile, compression)
    Statistical Process Control
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