Flexible printed circuits were originally designed as a replacement for traditional wire harnesses.
A flexible circuit in its purest form is a vast array of conductors bonded to a thin dielectric film.
The benefits of flexible circuits are realized in most applications requiring high volume flexing and/or a high degree of accuracy.
Layers:2L
Thickness: 0.1mm
Min Hole Size: 0.15mm
Min Line Width: 0.1mm
Copper Thickness: 1oz
Surface Finishing: ENIG+Gold Finger with Stiffener
Molding Tolerance:+/-0.05mm
Layers: 1L
Thickness: 0.05mm
Min Hole Size: 0.15mm
Min Line Width: 0.15mm
Copper Thickness: 1oz
Surface Finishing: ENIG+Gold Finger
Molding Tolerance:+/-0.05mm
Layers: 1L
Thickness: 0.1mm
Max Length: 1265mm
Min Line Width: 0.1mm
Copper Thickness: 1oz
Surface Finishing: ENIG+Gold Finger with Stiffener
Molding Tolerance:+/-0.05mm
Layers: 4L
Thickness: 0.1mm
Min Hole Size: 0.15mm
Min Line Width: 0.1mm
Copper Thickness: 1oz
Surface Finishing: ENIG
Molding Tolerance: +/-0.05mm
FPC Production Capability
| Item | Standard | Advanced |
| Layer Count | 1-12L | 1-16L |
| Max.PanelSize | 2L：250mm×540mm | 2L：250mm×540mm |
| Min.Finished Board Thickness | 2L：0.08mm | 2L：0.05mm |
| Min.Trace Width | 0.05mm | 0.03mm |
| Min. Drill Size | 0.15mm | 0.15mm |
| Min. Laser Drill Size | 0.075mm | 0.075mm |
| Min.Cu Thickness | 12um | 12um |
| Molding Tolerance | ＋/－0.05mm | ＋/－0.05mm |
