An Interview with Tash Taylor, Quality Engineer at Extronics 

We’re proud to share that our certifications have once again been renewed. For us, audits aren’t just boxes to tick; they’re proof of the care, discipline, and pride we put into our work every day. They validate the systems we’ve built, the designs we’ve refined, and the culture that refuses to cut corners. 

Our recent audits for ISO 9001 (Quality Management Systems), ISO 80079:34 (Safety in Hazardous Environments), and MET Certification (Product Safety Testing) reaffirm that commitment.  

Together, they highlight the strength of our processes, the resilience of our solutions, and the trust we continue to earn from customers who depend on us in the most demanding environments. 

To highlight what this means in practice, our Quality Engineer, Natasha Taylor, shares insights into how these certifications strengthen the assurance our customers place in us.  

 What did we demonstrate during the audit to remain ISO 9001 certified? 

During the audit, we demonstrated that our QMS remains compliant and effective by providing clear evidence of process control, traceability, risk management, and continual improvement ensuring the consistent manufacture of safe, compliant products for use in hazardous areas. 

How does this help our customers? 

Our ISO 9001 certification helps customers by ensuring safe, compliant, and reliable products, supported by robust quality processes, continuous improvement, and full traceability, giving them confidence in both our products and our partnership. 

The audit reinforced our commitment to designing and building equipment that performs safely in explosive atmospheres. Our testing, documentation, and engineering practices stand up to the toughest scrutiny. 

How does our team’s knowledge, training and discipline reinforce safety in explosive environments? 

Our team’s expertise in ISO 9001 and ISO 80079:34 ensures that we fully understand the risks in explosive environments. We combine that knowledge with strict discipline whilst adhering to procedures, thorough testing and documentation – so safety is built into every stage of design and production. This approach guarantees compliance, reliability, and ultimately, safer operations in hazardous areas. 

How have we shown leadership in meeting and exceeding Ex compliance requirements? 

We’ve shown leadership by building compliance into every stage, proactively engaging with certification bodies, investing in advanced testing, and maintaining a culture of accountability so we don’t just meet Ex requirements, we consistently exceed them. 

MET Certification – Independent Assurance of Safety 

Achieving MET certification shows that our products meet demanding international standards for electrical safety and performance. This independent verification helps us bring safe, compliant products confidently to market. 

What aspects of our preparation made the MET certification process successful? 

Our success with MET certification came from maintaining our compliance from day one, keeping thorough documentation, and ensuring our team was well-trained and aligned—so when it came time for the audit, we were fully prepared, and the process ran smoothly. 

How does achieving MET certification showcase our dedication to product safety and market readiness? 

MET certification shows our commitment to safety and quality, giving customers confidence that our products are fully compliant, reliable, and ready for the market. 

Passing these audits isn’t just about maintaining certifications; it’s about proving, year after year, that safety and quality are at the heart of everything we do. We’re proud of what we’ve achieved, and we’re excited to keep building that foundation for the people and industries who rely on us most. 

About the Author

Natasha Taylor

Quality Engineer

I’m a Quality Engineer at Extronics, making sure every product is built to perform safely in the toughest environments. I’m passionate about problem-solving, continuous improvement, and turning standards into everyday practice.

Published on October 17, 2025

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