Custom Lightweight Flexible PCB Board Fabrication Immersion Gold
Product Specifications
Attribute |
Value |
Silkscreen |
White, Black, Yellow |
Applications |
Medical, Aerospace, Military, Consumer Electronics |
Quality |
100% test |
Copper Thickness |
1oz, 1/2OZ 1OZ 2OZ 3OZ, 0.5-3.0 oz, 1 Oz |
Min. Line Width/Spacing |
0.075mm |
Solder Mask Color |
Green, Blue, White, Black, Red, Yellow |
Annular Ring |
≥0.1mm(4mil) |
PCB Type |
Flexible rigid printed circuit board |
Surface Finished |
Immersion gold |
Outer |
Carton Box |
Six Layer PCB Supplier Rigid Flex Printed Circuit Boards Fabrication
Basic Parameters
Application: camera
Soft board type: six-layer soft and hard combination board
Structure: 2+2+2 structure
Specification and size: 103 * 60mm
Soft plate thickness: 0.186mm ± 0.05mm
Hard plate thickness: 0.94mm+0.05/-0.1mm
Advantages of Rigid-Flex PCBs in Medical Devices
- Miniaturization: Enables compact, lightweight designs for wearable or implantable devices by eliminating connectors and cables
- Flexibility and Conformity: Adapts to device shapes and human anatomy for better integration and patient comfort
- Enhanced Reliability: Fewer interconnects reduce failure points and eliminate risks of loose connections
- Improved Durability: Superior resistance to vibration, shocks, and thermal stress for long-term performance
- Easier Sterilization: Withstands autoclaving, EtO gas, and chemical disinfection without compromising functionality
- Design Flexibility: Supports complex, customized shapes for innovative medical device solutions
- Signal Integrity: Optimized routing reduces signal loss and EMI for accurate diagnostic equipment performance
Rigid-Flex PCB Overview
Rigid-flex PCBs combine rigid (typically FR4) and flexible (polyimide) materials, offering structural support where needed while allowing bending or folding in flexible areas. This hybrid construction is ideal for applications requiring compact form factors, complex geometries, and reliable interconnections.
Key Benefits
- Significant space savings by eliminating connectors and cables
- Increased reliability with fewer interconnects and solder joints
- Superior vibration and thermal stress resistance
- Optimized signal routing for improved signal integrity
- Unmatched design flexibility for complex and irregular shapes