FPCFAB coordinates FPC manufacturing, FPC assembly / FPCA, rigid-flex PCB, PCBA, SMT assembly, and PCB reverse engineering projects for overseas customers through established production and engineering partners in China. We organize project data, quotation, DFM communication, production follow-up, inspection requirements, and delivery preparation.
Core FPC Manufacturing and Assembly Services
Explore our dedicated service pages for custom flexible PCB manufacturing and flexible PCB assembly / FPCA solutions. These pages provide more details about material options, stack-up review, assembly requirements, quotation files, and production support.
Flexible PCB Manufacturing
Custom FPC manufacturing for single-sided, double-sided, and multilayer flexible printed circuits, with material selection, stack-up review, surface finish options, and DFM support before production.
View FPC ManufacturingFlexible PCB Assembly / FPCA
FPCA support for component mounting, SMT assembly, connector soldering, stiffener bonding, BOM review, assembly drawing review, and prototype or small-to-medium batch production.
View FPC Assembly / FPCAFPC Manufacturing
FPCFAB coordinates custom flexible printed circuit production for compact, lightweight, and space-constrained electronic products. Project-matched manufacturing partners support single-sided, double-sided, and multilayer FPC designs for prototypes, engineering samples, and batch production.
- Single-sided and double-sided FPC
- PI-based flexible printed circuits
- Multilayer flexible PCB manufacturing
- ENIG, OSP, and other surface finish options
- Prototype and production support
FPC Assembly / FPCA
FPCFAB coordinates flexible printed circuit assembly through suitable production partners for projects requiring component mounting, connector assembly, stiffener bonding, soldering, inspection, and completed FPCA delivery.
- SMT assembly on flexible circuits
- Connector and stiffener assembly
- Flexible printed circuit assembly
- BOM review and assembly feasibility check
- Small-batch and project-based FPCA support
Rigid-Flex PCB Manufacturing
Rigid-flex PCB support for compact electronic products where flexible interconnection and rigid board sections need to be integrated into one reliable circuit structure.
- Rigid-flex structure and stack-up review
- Rigid-to-flex transition and bend-area considerations
- Material and controlled-impedance evaluation
- Manufacturing feasibility feedback before quotation
PCB Assembly / PCBA
PCBA support for electronic projects that require BOM review, SMT production, through-hole assembly coordination, component sourcing communication, and assembly process feedback.
- BOM and Gerber review
- SMT and through-hole assembly coordination
- Prototype and small-batch assembly
- Manufacturing issue feedback
SMT Assembly
SMT assembly support for flexible PCB, rigid PCB, and mixed electronic assembly projects with practical production review and process coordination.
- SMT process support
- Component mounting coordination
- Prototype and low-volume assembly
- Inspection and production feedback
FPC Design & DFM Review
Engineering review for FPC and FPCA projects before production, helping customers identify manufacturability risks and improve production feasibility.
- FPC bend-area and layout review
- Stack-up and material suggestions
- DFM feedback before quotation
- Assembly and manufacturing risk analysis
PCB Reverse Engineering & Documentation Reconstruction
We support PCB reverse engineering and documentation reconstruction for customer-owned or authorized circuit boards when original design files, Gerber files, BOM, or schematic documentation are missing, outdated, or unavailable. This service is suitable for legacy product recovery, repair replacement, redesign projects, and manufacturing documentation reconstruction.
Non-destructive PCB Reverse Engineering
Non-destructive reverse engineering is suitable when the sample board needs to remain intact. We analyze the board through visual inspection, measurement, component identification, continuity mapping, and circuit tracing without intentionally damaging the sample.
Destructive PCB Reverse Engineering
Destructive reverse engineering may be used when internal layers, hidden traces, buried vias, or multilayer stack-up details need to be identified. This process may involve layer removal, grinding, cross-section analysis, or other physical inspection methods, so the sample board may not remain usable afterward.
Available Deliverables
- Gerber file reconstruction
- Altium Designer PCB file output
- Schematic redrawing and schematic reverse engineering
- BOM identification and component marking review
- Netlist and layout reconstruction
- PCB redesign and manufacturability improvement
- Prototype manufacturing after documentation reconstruction
This service is intended for customer-owned boards, authorized projects, repair replacement, legacy product recovery, and documentation reconstruction.
View PCB Reverse EngineeringNeed Help With Your FPC, FPCA, Rigid-Flex, or Reverse Engineering Project?
Send us your Gerber files, BOM, drawings, sample board information, and quantity requirements. We can review your FPC manufacturing, FPC assembly / FPCA, rigid-flex PCB, PCBA, or PCB reverse engineering request and provide practical manufacturing or documentation reconstruction suggestions before quotation.
Request a Quote