This innovative roll-to-roll (R2R) manufacturing technology enables the production of structural electronics on sustainable bioplastics. The process supports the fabrication of high-quality printed electronics, such as weather sensors, using biobased and recycled materials. With R2R printing, component assembly, converting, slitting, and overmoulding, this solution offers a scalable, eco-friendly, and cost-effective approach for next-generation electronic products.
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Listing Description
Offer Details
Specifications and Deliverables:
• Roll-to-roll (R2R) manufacturing of structural electronics.
• 200 pieces of structural electronics on bioplastics produced at 0.5 m/min speed.
• Printing with biobased PLA and PC film substrates.
• Use of silver and carbon conductive inks for electronic circuitry.
• Overmoulding with partially recycled ABS materials for durable electronics.
• Demonstrated functionality of printed weather sensors.
Value Proposition:
• Environmentally friendly: Uses biobased and recycled materials for sustainable electronics production.
• Cost-effective: High-speed R2R processing enables mass production with reduced material waste.
• Scalable manufacturing: Allows seamless integration of printed electronics into various applications.
• High precision: Ensures accurate layer alignment and high-quality conductive prints.
• Versatile applications: Suitable for electronic components in automotive, consumer electronics, and IoT devices.
Input Required from Customer:
• Desired application: Specify the intended use of structural electronics.
• Material preference: Choose between biobased PLA or PC film for substrate.
• Conductive ink selection: Decide between silver ink (high conductivity) or carbon ink (cost-efficient).
• Integration needs: Define requirements for overmoulding and electronic assembly.
• Production scale: Indicate required volume and delivery schedule.
Patent/Publication Number
Main Patent Claims:
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Adress:
Oulu
Pohjois-Pohjanmaa
90590
Finland