Enhanced Flexibility in Printed Circuit Boards Using Unique Geometries ID: 2016-035
This novel technology significantly increases the flexibility of printed circuit boards using traditionally rigid materials through innovative geometries.
Technology Overview
The technology introduces a method to enhance the flexibility of printed circuit boards (PCBs) by employing unique geometrical designs. It allows for the creation of PCBs that combine flexible and rigid regions, utilizing less expensive materials traditionally associated with rigidity. This advancement builds on existing lamina emergent torsional (LET) joint technologies, incorporating additional layers for electrical conduction and varied joint designs to improve flexibility and functionality.
Key Advantages
- Increased flexibility of PCBs using cost-effective, rigid materials
- Enhanced reliability and durability of flexible electronics
- Capability to create circuits with both flexible and rigid areas, broadening design possibilities
- Continuation and expansion of existing patent technologies, ensuring protected innovation
Problems Addressed
- High costs and limited durability of current flexible electronic materials
- Restrictions in design flexibility due to material limitations
- Challenges in integrating flexible electronics into various products due to material and manufacturing constraints
Additional Information
Technology ID: 2016-035
Sell Sheet: Download the Sell Sheet here
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Date Published: 28 March, 2025
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