Restore damaged PCB traces with precision and reliability
This professional-grade track repair PCB solution provides an effective method for restoring broken or damaged conductor paths on printed circuit boards. Designed for electronics technicians, repair specialists, and hobbyists who need to fix severed traces without replacing entire boards.
Key Features
Precision Repair Capability – Enables accurate restoration of hairline traces and complex conductor patterns with minimal impact on surrounding components.
Versatile Application – Compatible with single-layer and multi-layer PCBs across various industries including automotive, consumer electronics, industrial equipment, and telecommunications.
Durable Construction – High-quality copper conductors and substrate materials ensure long-lasting repairs that maintain electrical integrity under normal operating conditions.
Easy Installation – Straightforward application process requires basic soldering skills and standard repair tools, making it accessible for both professional and DIY repairs.
Technical Specifications
- Conductor Material: Pure copper with excellent conductivity
- Substrate: High-grade FR-4 or flexible polyimide depending on application
- Operating Temperature: -40°C to +125°C
- Dielectric Strength: Meets IPC standards for PCB applications
- Trace Widths: Available in multiple configurations to match common PCB geometries
Applications
Perfect for repairing damage from physical stress, corrosion, manufacturing defects, or accidental cuts during modification work. Commonly used in automotive ECU repairs, smartphone logic board restoration, industrial control systems, and vintage electronics restoration.
Package Contents
- Pre-formed conductor repair strips in various lengths
- Detailed installation instructions with visual guides
- Recommended soldering specifications
- Quality control checklist
Professional Results – Restore your PCBs to full functionality with this reliable conductor path restoration solution, avoiding costly board replacements while maintaining circuit performance and reliability.
