Benefits of Flexible PCB Fabrication


pcb fabrication

The look and feel of electronics are another way competitors compete within the market. They want customers to distinguish their products from that of other electronics. With the appeal of design growing, it is essential that manufacturers are limited by a hard, inflexible printed circuit board. Even though flexible printed circuit boards have been around for decades, the demand for sleek, appealing smart phones and other dynamic technologies, the need to incorporate flexible PCBs has emerged. Benefits of Flexible PCB Fabrication More agile than rigid printed circuit boards, flexible circuit boards help manufactures reduce the size of their product and increase the products reliability with fewer interconnected points. Flexible PCBs also help the manufacturer reduce costs by requiring fewer people to assemble the circuit board.

pcb fabrication

Applications for Flexible PCB Fabrication For many manufacturers who have yet to try flexible PCBs, there are a host of products you can use this technology in to ensure your customer get the best overall experience when using your product. The following are a few examples which incorporate flexible PCBs: Air bags Pacemakers GPS Satellites Cameras Cell phones Engine controls Hearing aids Antilock breaks Bar code equipment All of these technologies have one major aspect in common, they require fast responses in order to give their customers what they want.




pcb fabrication

Types of Flexible PCBs Much like rigid PCBs, flexible PCBs come in different forms, which are used by electronic manufacturers determined by their application needs. Single-Sided Flex PCBs Circuits- These are most simplistic form of flexible PCBs. Double-Sided Flex Circuits-Unlike standard double-sided circuits, flexible double-sided circuits are conductive on both sides. Multi-Layered Flex Circuits-These circuits are used in complex applications like multi-ayered flex circuits of standard printed circuit boards. Rigid Flexible Circuits-These circuits have both flexible and rigid circuits. As technologies change, so will the circuits that help power electronics. Smaller and faster processes will require circuits that complement their function. As the demand increases, electronic manufacturers will feel pressed to make their existing technologies even smaller, which will force manufacturers of printed circuit boards to reduce their size as well.