the uploaded images show a multi-up panel with thick, robust board outlines and large plated features, a common manufacturing approach for heavy copper designs that need consistent yield. heavy copper (4oz to 20oz) is typically selected when standard copper cannot safely handle current, thermal rise, or mechanical stress on power paths. high tg fr4 improves reliability under higher operating temperatures and repeated thermal cycling, helping prevent pad lifting and material fatigue in demanding assemblies. as a b2b oem supplier, we support gerber review, stackup planning, copper balancing, and drill/via process controls so current paths, thermal spreading, and dielectric performance stay predictable. quality options include aoi inspection, cross-section verification for via plating, and electrical testing for opens and shorts, with traceability marking for production tracking. the result is a heavy copper pcb that feels engineered for real power: cooler operation, stronger interconnects, and more confidence when you scale from prototypes to volume.
Custom PCBs for prototypes and production runs
Fast-turn PCB prototypes with reliable quality
Turnkey PCB assembly with SMT/THT options
Flexible PCBs for compact, dynamic designs
Rigid-flex PCBs for rugged, space-saving builds
High-frequency PCBs for RF and microwave use
High-Tg PCBs for high-temp, reliable performance
Thick-copper PCBs for high current handling
HDI PCBs with microvias for dense routing
Aluminum PCBs for heat dissipation and LEDs
Standard FR-4 PCBs for general electronics use
Metal-core PCBs for superior thermal control



















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