Bipedal Robot Camera Module FPC
This FPC is applied in bipedal robot vision camera modules. Hongyi Precision safeguards the project with comprehensive DFM design guidelines to improve first-pass yield: design fully conforms to FPC mass-production capabilities; trace width/spacing, hole diameter, and solder mask opening dimensions all incorporate process margin—never pushing against process limits; in multilayer boards, minimum spacing between adhesive-only solder mask openings and vias is ≥0.8 mm, avoiding batch defects during lamination, exposure, and etching, lowering scrap rate and enabling high-quality, stable delivery.
Key features
Standardized Pre-Production DFM Review
DFM Design Aligned with FPC Mass-Production Process Thresholds
Standardized Spacing Rules for Multilayer Boards
Adhesive-only solder mask opening ≥0.8 mm from vias—eliminates process risks
Rational Process Margin in Parameter Design
Trace width, trace spacing, hole diameter, and solder mask opening remain within specification limits
Significantly improved first-pass yield
Reduced batch defects and lower manufacturing cost
Compatible with robot vision modules
Ultra-thin flexible structure fits tight camera mounting space
Specifications
- Base Material
- PI Flexible Substrate
- Copper Thickness
- 12 μm / 18 μm
- DFM Hard Constraints
- Multilayer board: adhesive-only solder mask opening ≥0.8 mm from vias
- Surface Finish
- ENIG / ENEPIG optional
- Application Scenario
- Robot Vision Camera Module
- Operating Temperature
- -40°C to 105°C
- Electrical Testing
- 100% Full Electrical Test
Typical applications
- Bipedal Robot Eye Vision Camera Flex Cable
- Smart Robot Image Capture Module FPC
- Flexible Printed Circuit for Small AI Device Camera Sensors
- Mobile Robot Vision Module Interconnect Flex
Talk to an engineer
Share your Gerber files or specification and our engineering team will assess manufacturability, advise on process and stack-up, then move your project through sampling and volume production to automotive standards.
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