Where are medical PCBA boards mainly used?

As a core component of modern medical equipment, medical PCBA boards are used in a variety of fields, from basic diagnosis to complex surgical support. In medical monitoring equipment, medical PCBA boards undertake the key tasks of signal acquisition and processing. For example, electrocardiographs use their high-precision circuits to monitor patient heart rate changes in real time, providing doctors with reliable diagnosis and treatment basis.

Imaging diagnostic equipment also relies on the performance breakthroughs of medical PCBA boards. CT scanners and MRI systems achieve millimeter-level imaging accuracy of human tissues through the collaborative work of multi-layer circuit boards. With the development of portable medical equipment, the design of medical PCBA boards is evolving towards miniaturization. Portable blood glucose meters and electronic blood pressure monitors have optimized circuit layouts to ensure measurement accuracy while significantly reducing the size of the equipment.

In the operating room scenario, the performance of medical PCBA boards is more prominent. The robotic arm control system of minimally invasive surgical robots achieves 0.1 mm operating accuracy through high-performance embedded circuits, significantly improving the safety factor of surgery.

The common point of these application scenarios is that they place strict requirements on the stability and reliability of medical PCBA boards. They must pass the ISO 13485 medical certification standard to ensure stable operation under complex conditions such as disinfection environments and electromagnetic interference, thereby providing solid technical support for the precise and intelligent development of the modern medical system.