From high-speed signal integrity to millions of dynamic bending cycles, we design and manufacture custom flexible circuits that solve your toughest spatial, thermal, and mechanical constraints.
From high-speed signal integrity to millions of dynamic bending cycles, we design and manufacture custom flexible circuits that solve your toughest spatial, thermal, and mechanical constraints.
As electronic enclosures shrink and data loads expand, standard wiring and sub-par circuits fail under structural stress. Here are the critical underlying flaws that cause field failures—and how our pure technical team engineers them out.
The Threat: Standard electrodeposited (ED) copper foils lack flexibility. When used inside moving robotic joints, autonomous warehouse fleets, or vibrating vehicle panels, the copper grains fracture under continuous strain, causing intermittent signal drops or complete system failure.
Our Technical Fix: We eliminate this by using high-purity rolled annealed (RA) copper foils bonded to premium polyimide, ensuring the circuit handles over 2 million aggressive bending cycles without fatigue.
Request a Custom QuoteExplore our seven specialized flexible circuit classifications. Each category is engineered to meet distinct application demands, offering tailored copper thickness, substrate optimization, and layer configurations to match your exact hardware blueprints.
Tailored for high-resolution OLED, AMOLED, and curved vehicular displays. We utilize ultra-fine trace routing down to 0.035mm line width and spacing to handle high-density data grids while fitting seamlessly into tight mechanical hinges or ultra-slim enclosures.
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Built to handle continuous dynamic flexing inside robotic joints, bionic actuators, and localized industrial computing units. We combine multi-layer high-density interconnect (HDI) layouts with high-ductility rolled annealed (RA) copper foils to guarantee verified flex life.
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Ultra-lightweight and ultra-reliable circuits built to perform under extreme thermal shock, low-pressure vacuums, and heavy G-force vibrations. Featuring corrosion-resistant ENEPIG surface finishes, high-Tg base materials, and ruggedized localized stiffeners.
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Ruggedized multi-layer and rigid-flex designs engineered for automotive safety standards, EV battery management systems (BMS), ADAS radar/lidar modules, and intelligent cockpits. Incorporating heavy copper tracks for safe power routing and high-thermal reliability.
Know MoreWe eliminate the sales fluff and middlemen. Our dedicated engineering squad works directly with your Gerber files to optimize your layouts for manufacturing, reducing production risks and field failures while maintaining strict cost advantages.
We don't just print what you send. Every project undergoes a rigorous Design for Manufacturability (DFM) review before tooling begins. Our engineers actively inspect layer registration, pad spacing, and bend-radius constraints to catch layout bugs early, saving your engineering budget from costly rework.
We eliminate the risk of field failures before your boards leave our facility. Every custom flexible and rigid-flex circuit undergoes 100% automated flying probe testing, impedance monitoring, and automated optical inspection (AOI). We guarantee zero open or short circuits in your final assembly.
Your hardware is only as good as the raw materials used. We source only high-purity polyimide (PI) base films, low-loss LCP/MPI substrates, and high-ductility rolled annealed (RA) copper foils. This strict material control ensures long-term thermal stability and prevents trace cracking under intense vibration.
Operating as a direct technical team means you talk directly to the experts, not a non-technical sales layer. We cut through standard bureaucratic delays to deliver complex multi-layer prototypes in 3 to 7 working days, allowing you to compress your product development cycles and hit market deadlines.
Select the foundation for your custom hardware layout. We manufacture high-reliability flexible and rigid-flex circuit architectures engineered to solve your toughest spatial, thermal, and mechanical constraints.
Model: TLX-DFPC-OLED01
Model: TLX-ROB-JNT01
Model: TLX-AERO-ESC01
Model: TLX-AUTO-BMS01
Model: TLX-CARD-BIO01
Model: TLX-COMM-5G01
Model: TLX-DFPC-OLED01
Model: TLX-ROB-JNT01
Model: TLX-AERO-ESC01
Model: TLX-AUTO-BMS01
Model: TLX-CARD-BIO01
Model: TLX-COMM-5G01
Partner with an IATF 16949 certified rigid flex PCB manufacturer. Submit your specs for a free engineering DFM review and detailed commercial quote within 24h.
Your intellectual property is completely safe. We strictly enforce mutual Non-Disclosure Agreements (NDA) prior to evaluating any custom Gerber files or project blueprints.
Our R&D matrix of over 100 specialists guarantees a formal commercial quote and initial Design for Manufacturability (DFM) assessment within 1 business day.
Enjoy zero MOQ restrictions for your initial flexible pcb prototype service, with seamless scaling to high-volume automotive, medical, and aerospace production runs.
We deliver fully functional, populated hardware. Our smart SMT center eliminates secondary sourcing headaches with verified 99.8% component placement accuracy.
Your intellectual property is completely safe. We strictly enforce mutual Non-Disclosure Agreements (NDA) prior to evaluating any custom Gerber files or project blueprints.
Our R&D matrix of over 100 specialists guarantees a formal commercial quote and initial Design for Manufacturability (DFM) assessment within 1 business day.
Enjoy zero MOQ restrictions for your initial flexible pcb prototype service, with seamless scaling to high-volume automotive, medical, and aerospace production runs.
We deliver fully functional, populated hardware. Our smart SMT center eliminates secondary sourcing headaches with verified 99.8% component placement accuracy.
Need a reliable manufacturing partner for your next project? Our global support team is standing by.
Trusted by global industries for high-reliability FPC, rigid-flex PCB, and turnkey FPC assembly solutions.
