Flexible circuits for robotic joints, vision sensors, actuators and industrial interfaces. Match the circuit route to the motion, electrical connections and enclosure of your machine.
Flexible circuits for robotic joints, vision sensors, actuators and industrial interfaces. Match the circuit route to the motion, electrical connections and enclosure of your machine.
Define the travel and duty cycle of moving regions, separate motor and sensor interfaces, and support fixed connectors. Prototype acceptance should reflect the installed mechanism and its operating environment.
Related planning guides: Robotics FPC: An OEM Motion and Sensor Design Guide; Flexible PCB RFQ: An OEM Guide to Manufacturing Files.
Define the full travel of robotic joints and grippers, the bend route and fixed support points. Select the construction and validation method around the actual mechanism instead of relying on a generic bending-cycle claim.
Review motor power paths, encoder signals and sensing interfaces together. Specify grounding, shielding and electrical targets from the system design and agree prototype checks in the intended assembly.
Document vibration, temperature, fluids and service handling. Clarify whether the circuit is enclosed or exposed, then agree suitable materials, support and acceptance tests.
Review construction choices against the interfaces and assembly conditions of your robotics and industrial fpc project.
Define the travel and duty cycle of moving regions, separate motor and sensor interfaces, and support fixed connectors. Prototype acceptance should reflect the installed mechanism and its operating environment.
Define the manufacturing scope, inspection documentation and approval process against the agreed design package.
Precision etching, laser drilling, and automated optical inspection lines dedicated to flexible circuit production.
Flying probe and fixture-based testing verifies every net for opens, shorts, and impedance compliance before shipment.
Certified polyimide, copper, and adhesive materials with full lot traceability for automotive and medical accountability.
DFM-driven stack-up design tailored to your exact bend radius, layer count, impedance, and form-factor requirements.
Explore our specialized product line engineered to handle tight physical integration, intense physical motion, and heavy electromagnetic loads. Click any product to view full layer stack-up options and mechanical specifications.
Model: TLX-DFPC-OLED01
Model: TLX-ROB-JNT01
Model: TLX-AERO-ESC01
Model: TLX-AUTO-BMS01
Model: TLX-CARD-BIO01
Model: TLX-COMM-5G01
Find quick answers to common technical queries regarding 2M+ dynamic flex endurance, servo motor EMI shielding, high-power rigid-flex integration, and turnkey SMT assembly for Robotics & AI FPCs.
Yes. We specialize in hybrid multi-layer rigid-flex architectures. We route heavy copper traces (up to 3 oz or 4 oz) on dedicated power planes to drive high-torque joint motors, while simultaneously manufacturing 0.035mm fine-pitch controlled-impedance lines (±5% tolerance) for high-speed AI sensor telemetry—eliminating bulky external wire harnesses and saving up to 70% internal space.
If your automation or robotic project extends into autonomous driving networks, airborne industrial telemetry, or advanced human-machine interfaces, explore our specialized solutions engineered for these high-demand applications.
Custom flexible circuits for smart cards, TWS earbuds and compact wearables. Align routing, stack-up, component interfaces and prototype acceptance with Teleconix before releasing your OEM design.
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Custom RF flexible PCB and telecom interconnects for antenna modules, wireless terminals and high-speed communication assemblies. Coordinate materials, signal paths, shielding and connector support with Teleconix before prototype release.
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Custom flexible circuits for diagnostic equipment, patient monitoring and compact medical electronics. Discuss routing, signal paths, materials and prototype acceptance with Teleconix before releasing your OEM design.
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Display FPC products for OLED, AMOLED, micro-LED and TFT-LCD modules in handheld, wearable, automotive and industrial devices. Review the display interface, connector and installed flex shape together.
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Flexible and rigid-flex circuits for UAV cameras, gimbals, propulsion modules, telemetry and avionics packaging. Review each construction against the intended installation and qualification requirements.
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Automotive FPC products for battery monitoring, ADAS cameras, radar, cockpit displays, steering controls and LED lighting. Select a starting configuration by module function and installation needs.
Know MoreReview related design and sourcing guides before preparing your robotics and industrial fpc project package.
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.
