by Application" class="w-full h-full object-cover">Explore flexible and rigid-flex circuit configurations for displays, robotics, UAVs, automotive electronics, consumer devices, communication terminals and medical equipment.
Explore flexible and rigid-flex circuit configurations for displays, robotics, UAVs, automotive electronics, consumer devices, communication terminals and medical equipment.
Start with the function of the interconnect and its installed shape. Review the interface, materials and assembly requirements before comparing product configurations.
The Challenge: Standard flexible circuits often fail prematurely under continuous dynamic bending or tight folding radiuses, causing micro-fractures in copper traces within robotic joints, display hinges, or smart wearables.
Our Solution: We utilize specialized high-ductility rolled annealed (RA) copper foils combined with optimized polyimide coverlays to secure a verified 2 million+ dynamic bending lifespan for extreme kinetic applications.
The Challenge: Conventional flexible substrates suffer from severe dielectric loss and impedance mismatch as frequencies rise above 10GHz, degrading signal integrity in advanced 5G/6G communication terminals and high-density AI computing clusters.
Our Solution: Our factory processes advanced low-loss Liquid Crystal Polymer (LCP) and Modified Polyimide (MPI) substrates, enabling high-speed data transmission with zero attenuation.
The Challenge: Weak layer registration and fragile transition zones between rigid FR4 and flexible layers frequently rupture under extreme thermal shocks or heavy-vibration environments, risking catastrophic power failures in automotive BMS and industrial machinery.
Our Solution: Operating under strict car-grade manufacturing metrics, we implement advanced inner-layer plasma treatment and 100% Automated Optical Inspection (AOI) to ensure seamless, zero-defect interface integrity under harsh conditions.
Browse seven application categories to find relevant circuit configurations and design considerations.
Ultra-thin, fine-pitch flexible circuits engineered for next-generation OLED, AMOLED, and foldable screen assemblies, ensuring crisp display signal routing within tightly packed device frames.
Know More Ultra-thin, fine-pitch flexible circuits engineered for next-generation OLED, AMOLED, and foldable screen assemblies, ensuring crisp display signal routing within tightly packed device frames.
High-density multilayer HDI circuits built to endure millions of relentless dynamic bending cycles, providing rock-solid power and signal integrity for robotic joints and advanced kinetic servo actuators.
Rugged, low-outgassing flexible interconnects designed to withstand intense mechanical vibrations, severe g-force, and thermal shocks in satellite payloads and drone flight controllers.
Car-grade flexible and rigid-flex boards fully compliant with zero-defect safety metrics, optimized for heavy-copper routing in electric vehicle (EV) battery management systems (BMS) and ADAS radar modules.
High-frequency, low-loss circuits utilizing premium LCP and MPI substrates to guarantee precise 10-100GHz impedance control with minimal signal attenuation.
Cost-optimized, ultra-thin flexible layouts designed for high-volume global rollouts of smart wearables, mobile hardware, and secure dual-interface banking smart cards.
ISO 13485 certified flexible and rigid-flex circuit manufacturing engineered for diagnostic monitors, surgical instruments, ultrasound probes, and wearable medical sensors.
Use these application examples to start an engineering discussion. Final dimensions, construction, test requirements and delivery terms are agreed for each project.
Model: TLX-MED-DENT06
Model: TLX-MED-DIAG05
Model: TLX-MED-IMPL04
Model: TLX-MED-CGM03
Model: TLX-MED-USND02
Model: TLX-COMM-UWB06
Coordinate the flex outline, layer construction, copper layout and supporting features with the electrical and mechanical requirements of your device.
We achieve ultra-precise trace routing down to 0.035mm line width and spacing, maximizing circuit density inside ultra-compact hardware housings.
Our advanced testing lab guarantees a strict +/-10% (and down to +/-5% upon request) impedance tolerance to maintain clean, high-speed data transmission for 10-100GHz applications.
We use high-ductility rolled annealed (RA) copper foils and premium polyimide base films to secure a verified 2 million+ dynamic bending lifespan, completely eliminating trace cracking in moving parts.
Built to survive intense thermal shocks, chemical corrosion, and vacuum outgassing, ensuring zero-fault execution under harsh industrial, automotive, or aerospace conditions.
Discuss your design package, open engineering questions and supplier documentation requirements directly with Teleconix.
Explore the system requirements behind each product category, including installed routing, electrical interfaces and prototype checks.
Flexible circuits for LCD, OLED and optical modules. Review fine-pitch connectors, bend geometry and assembly requirements for compact display systems.
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Flexible circuits for robotic joints, sensors and industrial motion systems. Define bend geometry, connector support and prototype test conditions for reliable interconnect design.
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Flexible circuits for vehicle displays, ADAS sensors, lighting and battery monitoring. Define interfaces, packaging and environmental validation needs for your OEM project.
Know MoreReview design and sourcing guides before preparing a flexible PCB quotation request.
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.
Compare application-specific flexible circuits and open individual product pages for design and quotation details.
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.
