As PCB designs push toward higher layer counts, finer features, and tighter reliability requirements, copper plating has become one of the most critical—and most variable—steps in PCB manufacturing. Traditional plating methods often struggle with complex architectures, leading to thickness inconsistencies, via coverage challenges, and costly trial‑and‑error on the production line.
With Elsyca’s virtual prototyping approach, engineers can digitally simulate copper deposition behavior, optimize plating strategies, and reduce manufacturing risks before a board ever reaches the line.
In this video you’ll learn:
✔ How CAE predicts and optimizes copper plating performance for advanced PCB designs.
✔ How manufacturers use virtual prototyping to automate copper thieving and improve uniformity.
✔ How simulation helps assess via coverage, including HDI and high‑aspect‑ratio structures.
✔ How linking bath conditions to deposit outcomes leads to more stable and predictable production.