Fpc production process engineers need to consider many factors, including reasonable wiring and minimizing production costs. Using FPC soft board assembly is a process that involves connecting general wires and cables, making it more suitable for sample and experimental purposes.

The cost of FPC soft boards mainly depends on the area of wiring, and the number and length of wiring are the main costs of wiring and wires. When many lines operate within a small range, the FPC board wins due to its lower unit connection cost. If only a few wires need to be connected over long distances, wires or rows are a good choice.

If design engineers are concerned about the assembly cost of mass production, FPC soft boards are an essential part. If you can provide information on building products and conduct engineering design and tool cost control in the front-end, soft boards have the opportunity to become a low-cost assembly technology. The cost of FPC soft boards will decrease due to increased utilization and design adjustments. Low cost may come from the following factors:

1. FPC board is used for interconnection at all levels: component to component, multiple parts, block to block.

All hardware on the board, such as connectors and larger components, can be connected through a soft board.

3. FPC allows for a large number of terminals.

4. FPC soft board design can be carried out before final electrical testing.

The purpose of using FPC soft boards is to reduce wiring costs and improve performance. The three common structural products used to connect large components are the WIRING series, flexible boards, and printed circuit boards, with the most common and relatively flexible test boards being used. FPC soft boards and PCB hard boards are highly engineered and energy-efficient interconnect products, both of which have the advantages of low assembly costs and stable conversion functions. Having good inter component support capability is an important characteristic of circuit boards. If the component is not too heavy, the FPC soft board can also use local reinforcement to provide this function.

FPC flexible boards are superior to PCB hard boards in various applications because they can match the constantly changing geometric shapes of products, adapt to the most extreme three-dimensional layouts and combinations, and use elastic connections to absorb impacts and vibrations.