Blog - the guide for your quality management

A woman is sitting in front of a monitor, working on a fault tree

Why FMEA and FTA go hand in hand - and how companies benefit from this

FMEA and FTA are among the most important methods in technical risk management—yet in practice, they are often used separately. However, their full potential is realized only when both approaches are combined: While FMEA identifies failures early on, FTA reveals systemic relationships and chains of causes. Find out in this blog post why integrating both methods is crucial for well-informed decisions, more efficient processes, and greater product safety—and what benefits companies gain as a result.

PPAP: Product and Process Approval as the Foundation for Consistent Production Quality

PPAP is a key standard for product and process approval, ensuring that products can be reliably manufactured to the required quality under mass-production conditions. Especially in complex supply chains, the sampling process creates transparency, reduces risks, and ensures stable mass-production launches. In this blog post, you’ll learn about the PPAP requirements, how the individual stages are structured, and how the process can be efficiently managed digitally.

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Fault tree analysis: systematically analyzing and controlling risks

Fault Tree Analysis (FTA) is a proven method for systematically analyzing risks and identifying the causes of failures at an early stage. Especially in complex technical systems, fault tree analysis helps clarify interrelationships and make informed decisions in risk management. Learn how FTA works, when it is used, and how it enables a holistic approach to preventive quality assurance in combination with other methods such as FMEA or ETA in this blog article.

Quality officer sits in front of laptop in production hall and edits list of characteristics

Optimizing quality management in companies: 6 significant advantages of eQMS software

Many medium-sized companies try to maintain their quality standards without an additional eQMS. However, the feared costs that a changeover would undoubtedly entail are offset by a whole range of benefits that can become a decisive competitive advantage for companies.

How AI and Machine Learning Are Revolutionizing Quality Control

Machine learning promises to revolutionize quality control by automating the worst and most tedious parts of the process. AI has been used for a while, but now it's ready for prime time...is your business?

Workers and specialists can then focus on other things, such as product improvement and iterations. AI can speed up quality inspection while reducing cost, using machine vision to inspect parts with more speed and accuracy than a human can achieve. But it holds other possibilities as well.

Woman sitting in front of a screen and working on an FMEA

Networked thinking instead of rigid forms - this is how modern FMEA works

The FMEA is one of the central tools in quality management. The modern AIAG-VDA guideline sets new standards: networked thinking instead of rigid forms, proactive error prevention instead of pure documentation. Find out how the seven-stage model works, what advantages structural networks offer and why the right FMEA software makes all the difference in our blog article.

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