Rigid-flex FPC Structure Review

Rigid-flex FPC projects combine flexible routing with rigid support areas, stiffeners or assembly-friendly mechanical reinforcement.

Structure review

Quotation depends on mechanical and electrical context.

Rigid-flex FPC requirements are often decided by installation method, connector load, bend area and product housing. XTFPC reviews drawings, Gerber data, stiffener material, adhesive and assembly needs before confirming feasibility and price.

If the structure includes rigid support but not a full rigid PCB process, describe it clearly in the drawing. That helps avoid overquoting and keeps the project aligned with FPC manufacturing capability.

Where risk appears

Common rigid-flex FPC quotation factors.

Bend area

Bend radius, copper direction and coverlay design affect reliability.

Stiffener

PI, FR4, steel or other support material changes cost and process route.

Connector load

Connector force and installation method affect assembly support design.

Rigid-flex examples

Module interconnect examples for quotation reference.

Use these examples to describe whether your project needs rigid support areas, connector assembly, high-density pads or long flexible routing.

Rigid-flex FPC module interconnect examples — **Module interconnect**Rigid board areas connected by flexible routing for compact electronics.

Wide rigid-flex connector assembly examples — **Connector assemblies**Wide flexible routing with connector-ready board sections.

High-density rigid-flex panel examples — **High-density pads**Dense pad arrays and long flexible routing for module projects.

Structure RFQ

Send the drawing and stiffener notes for review.

Request Review