Introduction
The Rigid-Flex PCB combination board technology is an innovative method that integrates both rigid and flexible characteristics, helping to create lighter and more flexible electronic products. Here is some important information about PCB rigid-flex combination board technology.
Material Selection
Rigid-Flex PCB combination boards typically use a combination of rigid materials (such as FR4) and flexible materials (such as polyester film). The choice of materials is crucial for the flexibility and stability of the board.
Design Flexibility
Designing PCB rigid-flex combination boards requires consideration of bending, folding, or curving sections to accommodate the product’s spatial layout and shape requirements. The design should fully leverage its flexibility.
Manufacturing Process
The manufacturing process for Rigid-Flex PCB combination boards is relatively complex and requires precise processing and control. During lamination and molding, ensuring a secure connection between the rigid and flexible parts is essential.
Testing and Validation
After production, rigorous testing and validation of PCB rigid-flex combination boards are essential. Electrical tests, bending tests, vibration tests, and other methods should be employed to ensure the board’s quality and reliability.
Application Areas
Rigid-Flex PCB combination boards are widely used in automotive, medical, and smart wearable devices, providing lighter and more flexible solutions for electronic products.
Conclusion
The PCB rigid-flex combination board technology, integrating rigid and flexible characteristics, helps create lighter, more flexible electronic products. Through appropriate material selection, design flexibility, manufacturing process control, and strict testing and validation, high-quality PCB rigid-flex combination boards can be achieved to meet the needs of various application fields. Gekunflex offers high-quality rigid-flex board services. To learn more about our services, please visit https://gekunflex.com/.
