In the process of AI robots evolving towards miniaturization and high mobility, traditional rigid circuit boards are becoming a key bottleneck in their mobility. Flexible printed circuit boards (FPCs) have successfully overcome this limitation with their core characteristics of being flexible and thin, becoming the "nerve center" for moving parts such as robot joints and robotic arms.
In the watch straps of foldable phones and smartwatches, there is a type of circuit board that can bend like paper - flexible printed circuit board (FPC). It can keep the circuit smooth through repeated folding and bending, not by magic, but by special materials and precise manufacturing processes. From material selection to final molding, every step of FPC needs to balance "flexibility" and "conductivity", which is much more difficult to manufacture than ordinary rigid PCBs.
Listed below are printed circuit board assembly and PCB manufacturing capabilities. with everything you need to...
Listed below are printed circuit board assembly and PCB manufacturing capabilities. with everything you need to...
Listed below are printed circuit board assembly and PCB manufacturing capabilities. with everything you need to...
Listed below are printed circuit board assembly and PCB manufacturing capabilities. with everything you need to...
Listed below are printed circuit board assembly and PCB manufacturing capabilities. with everything you need to...
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