The RO4003C 12-Layer Medical Blood Analyzer PCB is a sophisticated multilayer control solution designed specifically for high-precision diagnostic equipment. As modern blood analysers require rapid data processing and low-loss signal transmission, this board utilises Rogers RO4003C hydrocarbon ceramic laminate to maintain stable dielectric constants. It is an essential component for medical device OEMs requiring rigorous performance standards in complex electronic assemblies.
Key Features
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Material Stack-up: 12-layer high-density interconnect (HDI) construction using Rogers RO4003C.
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Copper Weight: 2oz (70µm) finished copper for superior power distribution and thermal management.
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Board Thickness: Standard 1.6mm for mechanical durability within rack-mounted medical systems.
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Surface Finish: Immersion Silver (Ag) for excellent solderability and high-speed signal integrity.
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Signal Integrity: Low dissipation factor (Df) and controlled impedance for accurate diagnostic readings.
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Compliance: Manufactured to IPC Class 2 or Class 3 standards to ensure medical-grade reliability.
Applications
The specialised architecture of this RO4003C 12-Layer Medical Blood Analyzer PCB makes it ideal for:
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Automated Haematology Analysers and Immunoassay Systems.
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High-speed medical imaging control units.
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Clinical laboratory diagnostic workstations.
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RF and Microwave medical telemetry devices.
Why Choose PCBSYNC
PCBSYNC is a professional PCB fabrication, PCBA, and EMS manufacturer delivering precision-built electronics for aerospace, medical, automotive, industrial, and smart energy applications. We handle everything from rapid prototyping to mass production — including rigid, flexible, and rigid-flex PCBs, full turnkey assembly, component sourcing, AOI and X-ray inspection, and OEM/ODM support. Reliable boards. Consistent quality. From prototype to production — PCBSYNC.
For detailed technical consultations or to submit your Gerber files for a formal review, please contact our engineering team or request a quote through our online portal today.