第7页_domestic pcb manufacturer_Shenzhen Chengchi Circuit Technology Co., Ltd.

Single-Sided PCB Simple Applications

Single-Sided PCBs (Single-Layer Printed Circuit Boards) are the most basic type of PCB, featuring a single conductive copper layer bonded to one side of an insulating substrate (typically FR-4, a fiberglass-reinforced epoxy resin). Unlike multi-layer PCBs (which have multiple copper layers), all com

Dec 25, 2025 1

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Double-Sided PCB Enhanced Density for Moderately

Double-Sided PCBs (Dual-Layer Printed Circuit Boards) feature conductive copper layers on both sides of an insulating substrate (FR-4 or other materials), with components mounted on either or both sides—offering higher circuit density and more flexible trace routing than single-sided PCBs. Unlike si

Dec 25, 2025 1

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Multi-Layer PCB

Multi-Layer PCBs (Multi-Layer Printed Circuit Boards) consist of three or more conductive copper layers separated by insulating substrates (typically FR-4), bonded together under heat and pressure—offering the highest circuit density, most flexible routing, and best performance for advanced, high-co

Dec 25, 2025 1

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PCB Boards Adapted for Blood Pressure Monitors

Blood pressure monitors are widely used medical devices that measure the pressure of blood within the arteries. To function effectively and accurately, these monitors rely on specialized PCB boards that are carefully designed to handle the complex processes involved in blood pressure measurement, in

Dec 24, 2025 1

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Dedicated PCB Circuit Boards for Blood Glucose Meters

Blood glucose meters are vital medical devices used by millions of diabetes patients worldwide to monitor their blood sugar levels. The performance and accuracy of these meters depend heavily on the specialized PCB circuit boards designed specifically for them, which are engineered to handle the uni

Dec 24, 2025 1

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PCB Boards Adapted for Pulse Oximeters

Pulse oximeters are widely used medical devices that measure the oxygen saturation level in a patient's blood and the pulse rate. To achieve accurate and reliable measurements, these devices rely on specialized PCB boards that are carefully designed to handle the optical and electrical components in

Dec 24, 2025 1

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High-Precision Reliable Medical Equipment PCB

　　High-Precision Reliable Medical Equipment PCB: Core for Accurate Medical Diagnosis & Treatment　　Medical devices such as diagnostic imaging equipment, precision monitoring instruments, and minimally invasive surgical systems rely on core components with ultra-high precision and reliability to ensur

Dec 23, 2025 1

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Biocompatible Material Medical Equipment PCB

　　Biocompatible Material Medical Equipment PCB: Safe Core for Human-Contact Medical Devices　　Medical devices that come into direct contact with the human body—such as implantable devices, wearable health monitors, and interventional instruments—require core components with excellent biocompatibility

Dec 23, 2025 1

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High-Temperature Resistant Medical Equipment PCB

　　High-Temperature Resistant Medical Equipment PCB: Stable Core for High-Temp Medical Environments　　Medical devices operating in high-temperature environments—such as autoclave-sterilizable instruments, high-temperature diagnostic equipment, and surgical devices for thermal therapy—require core comp

Dec 23, 2025 1

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Miniaturized Wearable Medical Equipment PCB

　　Miniaturized Wearable Medical Equipment PCB: Compact & Comfortable Core for Wearable Health Monitoring　　Wearable medical devices—such as smart health bracelets, wearable ECG monitors, continuous glucose monitors, and sleep trackers—require core components that are ultra-compact, lightweight, and c

Dec 23, 2025 1

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Sterilization-Resistant Medical Equipment PCB

　　Sterilization-Resistant Medical Equipment PCB: Durable Core for Sterilizable Medical Devices　　Medical devices used in clinical settings—such as surgical instruments, diagnostic probes, and reusable monitoring equipment—require regular sterilization to ensure biosafety and prevent cross-contaminati

Dec 23, 2025 1

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Low-Power Consumption Medical Equipment PCB

　　Low-Power Consumption Medical Equipment PCB: Energy-Efficient Core for Long-Lasting Medical Devices　　For medical devices powered by batteries or requiring long-term continuous operation—such as implantable devices, portable diagnostic tools, and wearable health monitors—low power consumption is a

Dec 23, 2025 1

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Multi-Layer Rigid-Flex Medical Equipment PCB

　　Multi-Layer Rigid-Flex Medical Equipment PCB: Flexible & Reliable Core for Compact Medical Devices　　Modern medical devices, especially miniaturized, portable, and implantable ones, demand core components that combine high structural flexibility, compact size, and uncompromising reliability. Our Mu

Dec 23, 2025 1

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ISO-Certified Medical Equipment PCB

　　ISO-Certified Medical Equipment PCB: Compliant & Reliable Core for Global Medical Devices　　Medical equipment, whether diagnostic, therapeutic, or implantable, requires core components that meet the highest international compliance and reliability standards. Our ISO-Certified Medical Equipment PCB

Dec 23, 2025 1

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Diagnostic Device-Specific Medical Equipment PCB

　　Diagnostic Device-Specific Medical Equipment PCB: High-Precision Core for Accurate Medical Diagnosis　　Diagnostic medical equipment (such as in-vitro diagnostic analyzers, medical imaging devices, clinical monitors, and molecular diagnostic instruments) is the cornerstone of accurate disease diagno

Dec 23, 2025 1