High-Density 8-Layer HDI PCB Low Contact Resistance & RoHS Compliant for Medical Devices
1.2mm Thinkness High Density PCB
,Multi Level HDI PCB Board
,1.2mm Thinkness HDI PCB Board
What can we do for you?
Xingqiang Circuit Board Technology, specialize in high-precision 8-layer custom PCBs with ENIG surface treatment and high-Tg FR-4 material. Our irregular profile PCBs are widely used in robot joints and precision medical equipment, featuring stable signal transmission, great heat resistance and EMI suppression. We offer full customization and reliable mass production support.
Main Medical Devices Applications of HD PCB:
| Medical PCB Application | Medical Equipment Categories |
|---|---|
| Diagnostic Imaging | MRI, CT, Ultrasound, X-ray |
| Patient Monitoring | ECG, Vital Signs Monitors, Ventilators |
| Therapeutic Devices | Infusion Pumps, Surgical Robots |
| In Vitro Diagnostics | Biochemical & Blood Analyzers |
| Portable Healthcare | Wearable Monitors, Compact Medical Terminals |
How can we start your PCB project?
Please Send your:
• Gerber files: Standard Gerber RS‑274X format for all layers, drill data and profile.
• PCB specifications: Layer count, base material (e.g., high-Tg FR‑4), thickness, copper weight.
• Surface finish: Required plating type (e.g., ENIG, HASL, OSP).
• Mechanical drawing: Custom shape, dimensions, tolerances and mounting details.
• BOM list (if assembly required): Components, quantities, manufacturer part numbers.
• Special notes: Impedance control, testing standards, quality or medical-grade requirements.
High-Density Custom PCB Production Flows:
1.DFM Analysis: First, conduct a design-for-manufacturability review to validate the high-density trace layout and via placement for yield optimization.
2. Layer Stackup Fabrication: Bond multiple copper-clad laminates with prepreg to build the multi-layer structure required for complex routing.
3. Laser Drilling: Use laser micro-drilling to create tiny blind/buried vias, enabling interlayer connections in high-density areas.
4. Electroplating: Plate vias and copper traces to ensure reliable conductivity, with precise thickness control for high-speed signal integrity.
5. AOI Inspection: Deploy automated optical inspection to detect defects in fine-pitch traces and solder mask coverage.
6. CNC Profiling: Cut the board to its custom contour, followed by electrical testing (flying probe) to verify all circuits function as designed.
Factory showcase
PCB Quality Testing
Certificates and Honors
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PThe factory recommended and used a high-TG substrate, which resulted in excellent heat dissipation and thermal expansion coefficient control under high current and high density operating conditions.
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SThe pre-sales engineering team will help review the documents and remind you of any problems in advance to avoid production errors.
