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Today, we will explore several methods to reduce the production cost of rigid-flex PCB. The key to reducing the production cost of rigid-flex PCB lies in minimizing design costs.

Today, let’s talk about the last factor contributing to the high cost of rigid-flex PCB: overall manufacturing yield.

Today, let’s learn about other reasons of the high costs of Rigid-Flex PCB. The high cost of rigid-flex PCB is not only due to material selection but also the complex manufacturing process. Another high-cost factor in rigid-flex manufacturing is the flexible copper-clad laminates.

Rigid-flex PCB are more expensive than traditional rigid PCB due to their unique structure and manufacturing processes, with costs approximately seven times higher. This is mainly due to the higher price of raw materials and generally lower overall production volumes. In the manufacturing of rigid-flex PCB, materials such as core material, non-flowing PP, copper foil, flexible core material, cover layer, and adhesive are used, some of which are special and cost higher than traditional PCB materials.

Rigid-Flex PCB, also known as rigid-flex printed circuit boards, are high-tech products that combine the stability of rigid boards with the flexibility of flexible circuits. These PCB typically consist of multiple layers of rigid boards with flexible circuit layers embedded within.

Let's continue to learn about the main difficulties of IC substrates manufacturing process: 1. Solder mask 2. Surface treatment 3. Inspection capabilities and product reliability testing techniques

The manufacturing process of IC substrates is highly complex, leading to numerous challenges. Here are some of the main difficulties

Today, we delve into the unique manufacturing processes of IC substrates, which ensure their high performance and reliability:

Happy New Year’s Day. Sanxis Tech wishes you have a good day. Today, we delve into the three core manufacturing technologies of IC substrates, which are crucial for achieving high-performance electronic devices:

What is IC Carrier PCB (Part 6)

IC substrates play a crucial role in various high-tech fields due to their importance in mounting high-precision chips. Here are some of the main application areas for IC substrates, each reflecting the unique value of IC substrates:

Today, we will delve into the material property classification of IC substrates. Due to the diverse functionalities of integrated circuits, their substrates require different material types and characteristics to meet specific performance demands.