Advanced Flexible Circuit Solutions for Complex Electronic Applications
Our Multilayer Flex PCBs combine the space-saving benefits of flexible circuits with the complexity and functionality of multilayer rigid boards. These sophisticated flexible multilayer circuits feature multiple conductive layers separated by flexible dielectric materials, enabling high-density interconnections in compact, bendable form factors.
Key Features:
- Multiple Signal Layers: 2-8 conductive layers with precise impedance control
- Superior Flexibility: Maintains electrical integrity through repeated flexing cycles
- High-Density Integration: Supports fine-pitch components and complex routing
- Lightweight Design: Reduces overall system weight compared to rigid alternatives
- 3D Packaging: Enables folding and shaping for optimal space utilization
Construction & Materials: Built with high-quality polyimide substrates and rolled annealed copper conductors for maximum flexibility and reliability. Advanced lamination techniques ensure excellent layer-to-layer adhesion while maintaining bend performance. Available with various cover films and stiffener options for component mounting areas.
Applications:
- Medical devices and wearable electronics
- Aerospace and satellite systems
- Mobile devices and tablets
- Automotive electronics
- Industrial automation equipment
- Camera modules and optical systems
Technical Specifications:
- Layer count: 2-8 layers
- Minimum trace width: 0.05mm (2 mil)
- Bend radius: As low as 1x total thickness
- Operating temperature: -55°C to +125°C
- Thickness tolerance: ±0.025mm
Quality Assurance: Manufactured to IPC-6013 Class 3 standards with comprehensive testing including electrical continuity, insulation resistance, and dynamic flex testing. Each circuit undergoes rigorous quality control to ensure long-term reliability in demanding applications.
Ideal for applications requiring the routing complexity of multilayer boards with the mechanical advantages of flexible circuits, our Multilayer Flex PCBs deliver exceptional performance in space-constrained environments.
