NEWS

Today, we will push out our new industrial machine tool PCB, It uses a high-performance FR-4 substrate and OSP surface treatment process to ensure good electrical performance and reliability. It is widely used in common machine tool since its stability and durability.

Today, let’s check another new HDI product for server: 14-layer black solder mask HDI PCB for high-level server. It is a high-performance PCB designed for advanced server clustering systems, and widely used in complex routing and high performance transmission data servers.

Today, we will learn about our new automotive LED Indicator PCB. Its material is Shengyi-1141, it uses lead-free tin spraying technique to ensure signal transfer stability. It is mainly used to control the turn light and other indicator light on car.

Today, we will talk about our new electronic HDI PCB which is used for electronic server. It uses black solder mask, while the surface treatment is immersion gold and OSP. You could check more information below.

Today let’s introduce our PCBA product, which is designed for server equipment baseboard, and for guarantee the quality, so we choose the best components suppliers. And next, I will show some component simple and its manufacture for you.

Today, we will introduce one of our new 1-stage HDI PCB. This PCB not only uses HDI technique, but also uses immersion gold surface treatment and Controlled Depth Drilling technique.

It has been a long time since we introduce our new product. Today I will show our new 4-stage HDI PCB for you. You could see it clearly, it uses immersion gold surface treatment, and its solder mask is black.

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.