
PCBMay enforces strict process monitoring and IPC Class 3 standards, ensuring every medical PCB meets precise quality requirements.
Comprehensive testing, including AOI, X-ray, and electrical verification, guarantees consistent performance and reliability, providing safe and high-quality solutions for critical healthcare applications.

PCBMay inspects all incoming components and materials to ensure they meet medical-grade standards and are free from defects before assembly begins.

Solder paste application is precisely measured and verified by PCBMay, ensuring accurate deposition and consistent connectivity for reliable medical PCBs.

PCBMay performs automated optical inspection before reflow soldering to detect misalignment, missing components, or solder defects on medical PCBs.

During reflow soldering, PCBMay monitors temperature profiles and solder quality, ensuring reliable joints for high-performance medical electronics.

After reflow, AOI checks every joint and component placement, ensuring precision and consistency for critical medical PCB assemblies.

PCBMay uses X-ray inspection to detect hidden solder defects, voids, or misaligned components in complex multi-layer medical PCBs.

Initial boards undergo detailed functional testing, verifying correct assembly, electrical performance, and compliance with medical device specifications.

PCBMay conducts FCT to ensure each medical PCB operates as intended, verifying signal integrity, connectivity, and device functionality.

Every board is thoroughly checked for cosmetic quality, packaging, labeling, and compliance, guaranteeing safe, reliable delivery for medical applications.
PCBMay is certified by ISO 9001, ISO 14001, and ISO 13485, along with UL approvals for the US and Canada, RoHS, and REACH compliance, ensuring our processes meet strict quality, environmental, and safety requirements for reliable medical product manufacturing.
Learn how PCBMay ensures the highest quality standards for medical PCBs through strict process control, full traceability, and comprehensive inspection methods, guaranteeing reliability, safety, and consistent performance for critical healthcare applications.
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