ISO 9001 vs ISO 17025: Understanding the Critical Differences
Organizations operating in regulated industries often encounter confusion between ISO 9001 and ISO 17025. While both standards relate to quality and operational discipline, they serve fundamentally different purposes. Selecting the correct framework is not simply an administrative decision; it directly affects regulatory acceptance, technical credibility, and international market access. ISO 9001 defines how an organization […]
RoHS Compliance Explained: What Manufacturers Must Know
RoHS refers to Restriction of Hazardous Substances and is a regulatory requirement that limits the use of certain chemicals in electrical and electronic equipment. The objective is to reduce environmental impact, protect human health, and encourage responsible product design throughout the electronics supply chain. Companies developing or selling electronic products in regulated markets must understand […]
What ISO 17025 Covers
When manufacturers, engineers, and certification managers search for information about ISO 17025, they are usually trying to answer one practical question: Can I trust this laboratory’s results for regulatory approval and technical decision-making? ISO 17025, formally published by the International Organization for Standardization in cooperation with the International Electrotechnical Commission, is the globally recognized standard […]
Certification vs Homologation: Which Do You Need for Market Approval
Certification vs. Homologation: What Engineers Really Need to Know If you design, manufacture, or integrate electrical and electronic products, you have likely heard the terms certification and homologation used interchangeably. In practice, they often mean very different things depending on the industry (such as EMC testing, RF compliance, automotive, medical, and industrial), the jurisdiction […]
Is an FCC Certificate Enough for Canada?
Is an FCC Certificate Enough for Canada? Wireless devices, IoT modules, and other electronics that emit radio frequency (RF) energy must comply with regulatory requirements in the markets where they are sold. In the United States, the Federal Communications Commission (FCC) regulates radio spectrum and electromagnetic emissions under rules such as Part 15 and […]
CE Marking: A Step‑by‑Step Guide for Manufacturers
Navigating CE Certification: A Step-by-Step Guide from Stancer Testing Lab CE certification is essential for manufacturers seeking access to the European market. The CE mark demonstrates that a product complies with European Union safety, health, and environmental protection requirements. This guide explains the CE marking process, applicable European directives, technical documentation requirements, and […]
FCC Certification and Equipment Authorization for LED Lighting Products
FCC Compliance and Equipment Authorization for LED Lighting Products Modern LED lighting is transforming residential, commercial, and industrial environments. However, high-frequency electronic drivers inside LED systems generate radio frequency (RF) emissions, placing these products under FCC equipment authorization requirements. This guide explains FCC rules, EMC testing requirements, and manufacturer obligations for RF LED […]
Importance of RF Testing
Wireless technologies are now embedded in a vast range of products, from IoT devices and industrial equipment to medical devices, automotive systems, and consumer electronics. As radio-enabled products continue to proliferate, Radio Frequency (RF) testing has become a critical requirement to ensure reliable operation, regulatory compliance, and safe coexistence with other wireless systems. RF testing […]
EMC Testing for Medical Devices
Electromagnetic Compatibility (EMC) testing is a fundamental requirement in the development and certification of medical devices. As modern healthcare systems increasingly rely on interconnected, electronically complex technologies, medical equipment must perform reliably in challenging electromagnetic environments—without disrupting nearby devices or compromising patient safety. Understanding EMC Testing EMC testing examines how a medical device behaves […]
Repeatability in EMC
In the world of EMC testing, achieving both speed and accuracy is paramount. Traditional approaches, often reliant on manual adjustments and external attenuators—as seen in systems like EMC 32—can complicate setups and take relatively long time to complete the tests. Modern measurement solutions have evolved to not only automate key processes but also integrate advanced […]