Ultra-fine lines, high density, and high-resolution flexible printed circuit boards have made it possible to form ultra-fine circuits through the integration of MSAP technology and via filling techniques!
The miniaturization and high functionality of electronic devices are advancing, and along with this, there is a demand for finer circuit formation. One method for forming wiring by etching copper foil (subtractive method) and a high-resolution circuit formation method involves forming wiring on ultra-thin copper foil through plating (semi-additive method).
The method we are introducing this time is one of the semi-additive processes called "MSAP (Modified Semi Additive Process)." By using the MSAP method, it has become possible to form ultra-fine and high-density patterns that are difficult to achieve with the subtractive method.
Additionally, by combining it with the "via filling technology" that fills through-hole holes with copper plating, it becomes possible to create wiring on the through-holes as well, further increasing wiring density.
**Features of the MSAP Method**
- Circuit formation through plating deposition enables high-precision fine wiring.
- Excellent rectangularity of wiring cross-sections contributes to reduced transmission loss.
- Superior for high-frequency substrates/IC mounting.
By merging these two processing technologies, we have realized "ultra-fine high-density FPC."
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![[Support for Improving Development Capability] Flexible Circuit Boards, FPC, Flexible Boards FPC](https://image.mono.ipros.com/public/product/image/3e1/2000509617/IPROS71846780305768154871.jpeg?w=280&h=280)
![[CT.Lab] Research and Development Support Flexible Substrates, Flexible Boards, FPC](https://image.mono.ipros.com/public/product/image/04e/2000509891/IPROS14150629607051954324.jpeg?w=280&h=280)
