By conducting a functional analysis of the mounted devices during substrate integration, we will propose and implement the optimization of over-spec components and inefficient sequences.
Through circuit board technology, we were able to significantly reduce costs, labor, and size by reducing the number of components and then creating the circuit board. Reduction examples: wiring labor by 70%, size by 75%, and component costs by 20%.
Key points when creating a circuit board:
While it is possible to reduce size and labor by creating a circuit board with the same functionality, it is also possible to significantly slim down by breaking down the functions one by one and minimizing the necessary components.
Of course, we consider the scalability of functions and future risks, conducting hearings with customers to make proposals. Therefore, in some cases, it may be better not to create a circuit board for areas with high scalability. While we cannot completely predict issues such as component shortages or discontinued parts, we can provide advice on inventory management based on trends.
As an example of our proposals:
- Optimization of power capacity components according to the current-carrying parts (using large-capacity components in small-capacity areas)
- Optimization of functional components (for instance, replacing two component functions with one component)
It is not uncommon for new products to be launched that did not previously exist as components on circuit boards. Please feel free to consult with Kairoski, specialists in circuit board components.
![[Case Study] Flexible Circuit Board Product Delivery Record](https://image.mono.ipros.com/public/product/image/a82/2000321565/IPROS5294864867105400836.jpg?w=280&h=280)
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