PCB DESIGN SERVICES

Rigid-Flex PCB Design

Rigid-flex PCB design that integrates electrical routing, bend mechanics, stackup transitions and assembly requirements into one production-ready structure.

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Electrical and mechanical integration

Rigid-flex architecture built around real bending and fabrication limits

We coordinate flex geometry, layer transitions, coverlay, stiffeners, bend radius, component zones and manufacturing rules so the finished assembly fits, flexes and performs as intended.

Core capabilities

Engineering support from requirements to release

01

Rigid-Flex Stackup

Define rigid and flex layer construction with the fabricator.

02

Bend-Zone Planning

Control bend radius, routing direction and stress concentration.

03

Transition Design

Manage teardrops, anchors, coverlay openings and rigid-flex interfaces.

04

Component & Stiffener Zones

Plan support, connector areas and assembly reinforcement.

05

Impedance & Return Paths

Maintain electrical continuity across flexible interconnects.

06

Fabrication Documentation

Release detailed stackup, dimensions, materials and notes.

Design workflow

A controlled route to production-ready data

Requirements and file review
Architecture and design rules
Implementation and engineering checks
Peer review and DFM validation
Documentation and release

Typical applications

Designed for real product requirements

WearablesCompact body-worn electronics.
Medical DevicesSpace-constrained connected assemblies.
Aerospace SystemsLightweight reliable interconnects.
Industrial SensorsFolded and moving sensor assemblies.

Turn a complex interconnect into a reliable rigid-flex design

Share your requirements, existing files and production targets. Our engineering team will recommend a practical next step.

Discuss Your Project