About the Project
An Ontario-based injection mould supplier partnered with St. Clair College to leverage advancements in flexible electronics to enhance their manufacturing process. The project involved developing a wireless charger prototype to showcase the company’s embedded electronics manufacturing capabilities. This initiative positioned An Ontario-based injection mould supplier to meet growing demands for integrated electronic solutions in plastic components.
Project Overview
- 2 Researchers
- 2 Student Researchers
- 2 Engineers
- Areas of Expertise: Renewable Energy Solutions, Virtual Reality and Simulation Technologies
Technologies:
- AutoCAD
Key Innovations
- Embedded Wireless Charger Prototype: Developed a cellphone case with an integrated solar-powered wireless charger, showcasing the application of embedded flexible circuits.
- Flexible PCB Integration: Demonstrated the ability to embed flexible PCBs into plastic moulded parts, enhancing the product’s functionality without compromising design or durability.
- Solar Power Functionality: Integrated a solar cell into the prototype, providing a renewable energy source for the wireless charger, aligning with sustainable manufacturing practices.
Impact & Benefits
- Innovative Manufacturing Solutions: The integration of flexible PCBs into plastic injection moulding enhances the functionality and value of the moulded parts, streamlining the manufacturing process.
- Enhanced Product Capability: The project enhances the Ontario-based injection mould supplier’s capability to embed advanced electronics directly into their products, meeting the growing demand for integrated electronic solutions in plastic components.
- Practical Application Demonstration: The development of a solar-powered wireless charger embedded in a cellphone case serves as a proof of concept, demonstrating the practical application of embedded flexible circuits in consumer products.
Related Programs
#ElectricalEngineeringTechnician #RenewableEnergyPrograms #ComputerSystemsTechnology
