Metal Core Fr4 Printed Circuit Board Four Layer PCB Green ENIG

Customized FR4 Metal Core Printed Circuit Board Multilayer PCB Green ENIG

Briefly Introduce Our Multilayer PCBs

CESGATE stores enough raw materials in our warehouse for a long time to shorten the lead time and reduce the waiting time of customers, Common materials are: KB, Shengyi, Iteq, Nanya, Rogers, Isola, Arlon, Taconic, Ventec, Dupont, Tellon, Panasoic, Berquist., etc. CESGATE specializes in multilayer PCB manufacturing. Our factory is located in the core of the Pearl River Delta PCB industry cluster, and our products are widely used in industrial control, communications, new energy, automobiles, medical equipment, security, aerospace and other fields.

Electronics make a major contribution to health - the nursing industry, as diagnostic, monitoring and therapeutic equipment. As the development of electronics becomes more efficient and dense, the medical applications of these electronic devices continue to grow, leading to endless new possibilities.

At the heart of these medical devices is the multilayer PCB. PCBs in the medical industry are highly specialized to accommodate the unique constraints of medical devices. In many medical applications, small packages are required to meet the size requirements for implants or emergency room monitors. Therefore, medical multilayer PCBs tend to be specialty high-density interconnect PCBs, also known as HDI PCBs. Medical PCBs can also be made with flexible substrates that allow the PCB to bend during use, which is essential for both internal and external medical devices.

Medical PCBs are held to a higher standard than most other PCB types due to the health concerns associated with them. In addition to complying with strict medical regulations, repeatability and reliability are two essential qualities that medical PCB suppliers must achieve.

Medical PCB applications are growing as fast as the medical device industry itself. Some of the most common medical PCB applications include:

1. Monitors: Personal and healthcare monitors, including blood glucose monitors, heart rate and blood pressure monitors, and more.
2. Scanning Technology: CT scanners and ultrasound technology typically use PCB-based electronics.
3. Control System: The device controls the infusion, flow rate and distribution are electronically controlled.
4. Internal Devices: Pacemakers and similar internal medical devices keep patients healthy and are operated by a central micro-PCB.
5. Scientific Instruments: Medical research uses a large number of scientific instruments to study diseases and test the results of patients. These include electron microscopes, photometers, and generator and compressor control systems, among others.

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