This custom U-shaped flexible printed circuit (FPC) is engineered to address the need for compact, multi-module interconnection in electronic devices. Constructed from high-performance polyimide (PI) material, it delivers exceptional flexibility, thinness, and mechanical durability, enabling it to bend, fold, and fit into tight, irregular device layouts that rigid PCBs cannot accommodate.
Designed with precision-etched copper circuits and dedicated SMT component pads (for ICs, resistors, capacitors, inductors, and connectors), this FPC supports direct component assembly, integrating signal transmission, power delivery, and functional control into a single flexible assembly. Its unique U-shaped geometry allows seamless connection between two parallel modules while routing through a narrow channel, optimizing internal space and simplifying device assembly.
The advanced manufacturing process ensures high reliability, including resistance to temperature fluctuations, chemical corrosion, and repeated mechanical stress, making it suitable for long-term use in demanding environments. We offer full customization services, including shape modification, layer count adjustment, component pad layout, and impedance control, to meet the specific technical requirements of your application. Whether for consumer electronics, medical devices, automotive electronics, or industrial equipment, this U-shaped FPC provides a flexible, efficient, and reliable interconnection solution that streamlines product design and accelerates time-to-market.
| Place of Origin | China |
| Brand Name | [Your Brand] |
| Model Number | FPC-U-Shaped-004 |
| Certification | RoHS, REACH, ISO 9001, IPC-6012 |
| Base Material | Polyimide (PI) |
| Conductor Material | Electrodeposited Copper |
| Layer Count | 1–4 layers (customizable) |
| Minimum Line Width | 0.05mm |
| Minimum Line Spacing | 0.05mm |
| Board Thickness | 0.1mm–0.3mm (customizable) |
| Component Pads | SMT pads for ICs, resistors, capacitors, inductors |
| Connector Type | Custom FPC connector (CON1) / pin header (optional) |
| Operating Temperature | -40°C to +125°C |
| Bending Life | ≥10,000 times (depending on bend radius) |
· Consumer Electronics: Used in dual-camera modules, foldable displays, and portable audio devices for parallel module interconnection.
· Medical Devices: Integrated into diagnostic equipment and wearable health monitors for compact, flexible signal routing.
· Automotive Electronics: Applied in in-vehicle sensor arrays and infotainment systems to fit limited space and withstand vibration.
· Industrial Equipment: Utilized in handheld scanners, IoT sensors, and industrial control modules for reliable flexible interconnection.
1. U-Shaped Geometry: Enables seamless interconnection between two parallel modules, optimizing space in complex device layouts.
2. Integrated SMT Pads: Supports direct component assembly, reducing assembly steps and improving product integration.
3. High Flexibility: Ultra-thin PI material allows repeated bending and folding without compromising circuit performance.
4. Signal Stability: Precision trace layout ensures low signal loss and stable transmission in dynamic environments.
5. Full Customization: Tailored to your specific shape, pad layout, layer structure, and electrical requirements.
Q: Can the U-shape of this FPC be modified to other custom geometries?
A: Yes, we fully support custom shape design, including L-shaped, Z-shaped, and complex 3D contours, to match your device’s mechanical layout.
Q: What components can be assembled on this FPC?
A: It supports SMT assembly of small components such as ICs, resistors, capacitors, inductors, and connectors, based on your BOM and design requirements.
Q: How long is the lead time for custom FPC samples?
A: Sample lead time is typically 3–7 working days, while mass production lead time is 7–15 working days, depending on order quantity and design complexity.
Q: Is this FPC compatible with lead-free soldering processes?
A: Yes, all our FPCs are RoHS-compliant and fully compatible with lead-free reflow soldering processes.