Flexible Circuits
Flex PCB
Flex PCB manufacturing for thin, lightweight, compact products that need bendable interconnects, space savings, and fast-turn prototype support.
Engineering-led PCB and PCBA support
RCT Advantage
Flexible PCB benefits.
Flex circuits help electronics teams solve packaging, weight, and movement challenges.
Thin and lightweight
Useful for compact products, modules, and wearable electronics.
Dynamic bending
Support applications where movement or folding is part of the design.
Space savings
Reduce cable assemblies and fit complex mechanical envelopes.
Fast-turn prototypes
Validate flex geometry and routing before scaling.
Capability Snapshot
Technical details for sourcing review.
Use this as a starting point for engineering discussion. Final capability depends on design data and manufacturing review.
Board type
Single-sided, double-sided, multilayer flex by review
Materials
Polyimide and flexible substrate options
Applications
Display, sensor, wearable, BMS, compact modules
Assembly
Flex PCB assembly available
RCT Advantage
Common applications.
RCT supports flex PCB programs for displays, sensors, EV BMS, compact modules, and connected devices.
OLED displays
Flexible interconnects for display and module assemblies.
Battery systems
Compact routing for EV BMS and power electronics.
Wearables
Thin circuits for space-constrained products.
Flex assembly
Flex PCB assembly support for prototype and low-volume builds.
FAQ
Buyer questions, answered clearly
Yes. RCT can coordinate fabrication, BOM review, component sourcing, SMT/THT assembly, inspection, and delivery for prototype and low-volume projects.
Gerber ZIP, drill files, stackup notes, drawings, BOM, pick-and-place data, and any special test or lead-time requirements are helpful.
Yes. The team can review manufacturability risks, stackup concerns, assembly constraints, and practical production notes before build.
Request Flex PCB support.
Send your files and schedule target. RCT will review manufacturability, quote requirements, and the best route forward.