PCBMay

Medical Prototype PCB Assembly

PCBMay provide reliable medical prototype with ISO 13485-certified PCB assembly service. From engineering review and traceable component sourcing to high-precision SMT+THT assembly, we help you validate medical device designs quickly and prepare for production.

• ISO 13485 Certified Quality System
• No Minimum Order Quantity from 1 Piece
• Prototype Assembly in as Fast as 3–4 Days
• SMT, THT & Mixed Technology Assembly
• HDI, Flex & Rigid-Flex PCB Support
• 01005 Components & 0.2 mm Fine-Pitch BGA

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Certifications

introduction

What is Medical Prototype PCB Assembly?

Medical prototype PCB assembly is the initial manufacturing run that tests your circuit board functionality under strict precision standards. Rapid medical prototyping PCB assembly allows you to find critical manufacturing errors at an early stage. You can use this low-volume assembly to rapidly verify critical medical circuit performance before regulatory testing. These early builds help verify manufacturability and support later regulatory verification activities.

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Products

Benefits of Medical Prototype PCB Assembly

Faster Medical Design Verification

Quick-turn medical PCBA services drastically shorten your device validation timeline. You can rapidly build, test, and refine your healthcare electronics in days rather than weeks, helping you secure critical market entry ahead of competitors.

Early Error Detection

Reduced Production Costs

Smooth Transition to Production

Why Choose Us

Why Choose PCBMay?

ISO 13485 Certified Manufacturing

You get support for compliance with the highest global safety and precision standards. Our certified management system secures your medical project and ensures reliable functioning of your important medical electronics.
No Minimum Order Quantity

You can order a single unit to test your electronic concepts. Our flexible low-volume assembly system fully supports your engineering timeline without forcing massive up-front costs.
Free DFM/DFA Check Support

You eliminate expensive engineering mistakes before a single board is built. This complimentary layout analysis catches component placement and clearance errors early, saving your timeline from costly production delays.
Reliable Component Sourcing & BOM Optimization

You receive fully traceable, high-grade parts from our trusted global supply network. This comprehensive bill of materials optimization helps identify obsolete or at-risk components and recommends suitable alternatives when available. Securing a seamless path to your volume manufacturing.

Specs

Technical Specifications

Order Quantity	≥1PCS
Service Options	PCB Fabrication, Turnkey PCB Assembly, Component Sourcing
Board Type	Rigid PCB, Flexible PCB, Rigid-Flex PCB, metal core PCB
Assembly Types	Surface mount technology (SMT) and through-hole assembly, Mixed Technology
Component Sourcing	Turnkey (All components sourced by us), Partial turnkey, Kitted/Consigned
Mounting Accuracy	±0.035mm(±0.025mm) Cpk≥1.0 (3σ)
Min Package	01005 (0.4mm*0.2mm)
BGA Package	Down to 0.2mm pitch with fine-pitch x-ray inspection
Testing & Validation	Flying probe testing and first article inspection (FAI)
Conformal Coating	Acrylic (AR), Silicone (SR), Polyurethane (UR) and UV
Certificate	ISO 13485, ISO 9001:2015, IPC Class 3, RoHS, and REACH

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Capabilities

Our Medical Prototype PCB Assembly Process

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Step 1: Engineering Review

You receive a comprehensive review of your files before any physical manufacturing begins. This initial step includes a complimentary DFM (Design for Manufacturability) and DFA (Design for Assembly) check to validate your component footprints, clearance, and orientation, helping identify manufacturability, assembly, and component placement issues before production begins.

Step 2: Component Sourcing

Step 3: SMT & THT Assembly

Step 4: Inspection

Your assembled boards undergo strict first article inspection and rigorous quality testing to verify every connection. In addition to automated optical inspection (AOI) checking and X-RAY inspection for complex BGA placement, we utilize advanced testing methods to catch early manufacturing errors and ensure complete, electrical connectivity and assembly quality before shipment.

Step 5: Packaging

Quality Control

Quality Standards & Compliance

ISO 13485 Certified Quality System

This medical-grade certification guarantees your prototype PCBA meets the highest global precision and regulatory safety standards. You receive highly reliable healthcare electronics manufactured under a strict quality management system designed specifically for medical device manufacturing and prototype development.
IPC Class 3 Manufacturing

IPC Class 3 manufacturing guarantees your medical prototypes supports applications requiring high reliability and continuous operation. You receive high-reliability boards designed for continuous, uninterrupted operation, completely eliminating costly downtime risks during your critical medical testing phase.
RoHS and REACH Compliant

RoHS and REACH compliance guarantees your quick-turn medical PCBA remains completely free from hazardous materials. Strict component sourcing ensures your prototype boards seamlessly meet all global applicable environmental regulations from the very first build.
Comprehensive Inspection Reports

Comprehensive testing records provide you with complete traceability for your low-volume medical assembly. You receive detailed AOI, X-ray, FCT and first article inspection reports, giving you absolute confidence in your board's functionality and quality.

Factory Information

Our Factory Information

Our PCB assembly plant has a workshop of 8,000 square meters. We have more than 200 employees, with 50 engineers in the R&D team and 30 overseas sales personnel. Our facility features 8 fully automatic SMT production lines, 2 wave soldering production lines, 5 assembly lines, and auxiliary testing and aging facilities.

Our core manufacturing capabilities include SMT, THT, box-build, dry ice and plasma cleaning, aging tests, ICT, and FCT. We utilize advanced production equipment, including Fuji high-speed machines, AOI, SPI, X-RAY, and BGA rework facilities, to complete the production process.

Our experienced engineering team supports your medical prototype projects from design review through production, helping you shorten development cycles while maintaining consistent manufacturing quality.

Work with PCBMay today to use our certified factory, precise assembly lines, and fast turnaround to get your medical products to market quickly.

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industries

Industries For All Your Need

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Case Study

Medical Prototype PCB Assembly Cases

Blood Glucose Meter Assembly

Successfully assembled reliable prototype PCBs for portable patient monitors, ensuring precision, rapid turnaround, stable performance, and regulatory readiness.
Digital Endoscope Board Assembly

Developed rigid-flex prototype assemblies for digital endoscope tools, delivering exceptional thermal stability and precision alignment for dense micro-imaging layouts.
Wearable ECG Monitoring System

Manufactured high-density prototype assemblies for wearable ECG devices, delivering accurate signal integrity, compact design, and dependable operation.
Ultrasound Diagnostic Equipment

Built complex multilayer prototype assemblies for ultrasound systems, achieving exceptional quality, reliable functionality, fast delivery, and consistent performance.
Smart Infusion Pump Controller

Produced precision PCB prototypes for infusion pump controllers, supporting strict quality requirements, functional testing, and accelerated product development.

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Faqs

Frequently Asked Questions

Our Medical Prototype Assembly FAQ answers common customer questions. Whether we support your type of device, if we can handle complex PCBs, speed of prototype assemblies, quality checking, and if we can scale from one-off prototypes to small batches. For medical devices, we ensure a medical-grade assembly.

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1. What is medical prototype PCB assembly?

Medical prototype PCB assembly is the initial low-volume manufacturing run of a medical circuit board. It assesses the device’s design, component placement, and electrical functionality before moving to full-scale clinical or commercial production.

2. What types of medical devices do you support?

We can support many healthcare applications, including wearable ECG monitors, blood glucose meters, digital endoscope tools, ultrasound diagnostic equipment, and smart infusion pump controllers.

3. Can you handle complex medical layouts like fine-pitch BGAs?

Yes. Our state-of-the-art SMT lines are fully optimized for high-precision layouts, handling miniature components down to 01005 (0.4mm*0.2mm) and ultra-fine 0.2mm BGA pitch spacing. We seamlessly support Rigid, Flexible, and Metal Core PCBs using advanced Surface Mount (SMT), Through-hole (DIP), and Mixed Technology assembly to meet your modern medical product demands.

4. Do you provide quick-turn services for medical prototypes?

Yes. We offer an expedited 24-hour service for urgent projects. Normally, our standard turnaround time for PCBA prototype orders is just 3 to 4 days, helping you shorten your design verification timeline drastically. We will always give you an accurate, exact lead time when providing your quote.

5. How do you guarantee the quality and safety of medical boards?

We strictly operate under an ISO 13485 certified quality management system, and all assemblies are built to IPC-A-610 quality standards. Every prototype run undergoes rigorous quality inspection, including Visual inspection, automated AOI checking, and specialized X-RAY checking for precise BGA placement. Material and production traceability records are available upon request.

6. Do you require a minimum order quantity for medical prototype runs?

Absolutely not. We maintain a strict Zero MOQ (≥1 PCS) policy, allowing you to order a single unit for initial hardware validation. Our flexible lines feature an SMT capacity of 3M to 4M soldering pads per day and a DIP capacity of 100K pins per day, allowing us to seamlessly scale up into small batch production runs whenever you are ready.