.png?width=501&height=92&name=Overtel%20Logo%20Postivo%20(7).png "Logo Corporativo Overtel Technology System S.L.")
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In other posts, we have talked about the OEE system and made available an Excel calculator to perform the calculation, but what is OEE really? The purpose of this post is to answer this question simply and clearly. And also, to know how it measures productivity and what is the best way to calculate it.
The chemical industry is facing a decisive decade. With the arrival of 2026, the sector will undergo a transformation marked by digitalization, intelligent automation and increasingly demanding regulatory compliance.
Industry is experiencing a new phase of the industrial revolution. After years of advances focused on automation, data and efficiency, manufacturing companies are now facing a paradigm shift: Industry 5.0. This new model does not replace Industry 4.0, but rather extends it, incorporating a more human, sustainable and resilient approach.
Digital strategy has become a critical pillar for industrial companies that want to remain competitive. However, in many organizations, digital transformation remains at the theoretical level.
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The manufacturing industry is at an inflection point. As we approach 2026, technologies such as artificial intelligence, advanced automation, etc. are redefining how we produce, innovate and compete.
In today's industry, every minute of production counts, so anticipating failures is more cost-effective than reacting to them.
In the era of Industry 4.0, manufacturing companies face the challenge of producing more, better and with fewer resources. To achieve this, process simulation and digital twin technologies have become key allies.
In the context of Industry 4.0, repetitive manufacturing vs. flexible production has become one of the most relevant comparisons to define the production strategy of modern factories.
In modern industry, batch production remains an essential pillar for sectors that require flexibility, quality control and operational efficiency. However, today's challenges - such as changeover times, batch-to-batch cleanups and the need for full traceability - demand a more digital, automated and connected approach.
In the era of industrial digitalization, maintenance has become a strategic factor in ensuring operational efficiency and production continuity.
