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I will design rigid flex pcb for smart rings, smart glasses, and watches
About this Gig
Develop ultra compact wearable hardware with rigid-flex PCB technology engineered for space-constrained, high-reliability applications. I design rigid-flex PCBs for smart rings, smart glasses, smartwatches, medical wearables, AR devices, and compact IoT products using KiCad.
Every design is optimized for bend-zone reliability, controlled flex transitions, impedance-aware routing, EMI reduction, rigid-to-flex interface integrity, fine-pitch SMD placement, and DFM/DFA compliance. Whether integrating BLE SoCs, biosensors, IMUs, batteries, or charging circuits, I deliver fabrication-ready designs that support reliable assembly and long-term mechanical performance.
What I Will Provide
- Rigid-Flex PCB Layout Design
- Wearable Circuit & Schematic Design
- Bend Zone & Flex Stack-Up Optimization
- Gerber X2 & NC Drill Files
- Pick & Place & Assembly Documentation
- ERC/DRC Verified KiCad Project Files
- Complete Manufacturing file
Why Choose Me
- Wearable PCB specialization
- Rigid-flex design expertise
- Compact high-density routing
- Manufacturing-focused workflow
- Production-ready deliverable
Let's create a compact rigid-flex PCB engineered for wearable performance and reliable manufacturing.
FAQ
Which wearable products do you support?
Smart rings, smartwatches, smart glasses, medical wearables, AR/VR devices, and compact IoT products.
Do you design true rigid-flex PCBs?
Yes. I design rigid flex layouts with bend-zone planning, flex stack up considerations, and transition optimization.
Which software do you use?
KiCad for schematic capture, PCB layout, and manufacturing-ready file generation.
Are manufacturing files included?
Yes. Gerber X2, NC Drill, BOM, Pick & Place, assembly drawings, and fabrication documentation are provided.
