FPC design & manufacturing
Integrated layout, circuit design, and flexible printed circuit manufacturing.
FPC / SFPCAdvanced FPC Manufacturing
Precision connections. Flexible possibilities.
AFC brings flexible circuit design, manufacturing, and assembly together, supporting high-density connections in compact spaces and research into high-frequency transmission.
FLEXIBLE CIRCUIT / SIGNAL PATH
Engineering starts with your requirements
Turn space, bending, and transmission needs into manufacturable circuits.
Connected capabilities support product development, from circuit layout to component assembly and interconnect processing.
Assembly & interconnects
SMT, DIP, and assembly, plus cable, connector, and flexible flat cable (FFC) attachment.
High-frequency research
Signal transmission and circuit structure research informed by LVDS, eDP, USB, and antenna applications.
SFPC Featured product
Small diameter. High signal density.
Lower cost. Easier assembly than cable.
Strip Type FPC
Strip Type FPC (SFPC) integrates multiple signal paths into a foldable, strip-type flexible circuit. Folded into a compact bundle, it passes through narrow hinges to deliver high signal density through small diameters, with lower cost and easier assembly than cable.
High signal density
Integrate multiple signal connections within a small diameter.
Lower cost
A more cost-effective interconnect solution than cable.
Easier assembly
An integrated flexible circuit reduces individual wire threading and connection work.
Fold & thread
Flat. Folded. Through the hinge.
The strip section folds into a bundle with a smaller threading profile, then passes through the internal hinge channel. Terminal areas are arranged around the product’s assembly sequence and mechanical layout.
A flat strip-type flexible circuit folds into a narrow bundle and threads through the internal hinge channel.
01 Flat circuit
1Terminal area2Circuit stripsTerminal areas joined by circuit strips.
02 Fold into a bundle
↓Fold directionCircuit bundleStack the strip section to reduce its profile.
03 Thread the hinge
3Hinge channel↗Insertion directionGuide the bundle through the hinge channel.
High-frequency research
High-frequency research starts with the circuit.
For high-speed interfaces and antenna applications, we study how flexible circuit materials, routing, and structures affect signal transmission, then evaluate design options around product requirements.
Signal integrity
Study impedance, signal attenuation, and crosstalk to evaluate the effect of circuit routing.
Materials & structures
Evaluate materials, stack-ups, and shielding against application frequency and mechanical constraints.
Application & validation
Define validation around the interface, frequency, and test conditions, and use measurements to inform the design.
Applications
Connections shaped around your product
From precision module interconnects to circuit assemblies with integrated components, supporting computing, mobile, and imaging devices.
Learn moreCompany profile
Flexible circuit experience built over time
AFC was established in 1995 and began production in 1996. From notebook hinge SFPC to high-speed interface circuits, we continue to develop applications for materials, structures, and manufacturing processes.
1995Established
CompanyContact
Developing a new FPC design?
Share your application, connection method, and space constraints to explore design and manufacturing options with us.