Radar technology is transforming the way foundries understand and control their casting processes. At the Barbaratagung on November 27, we will showcase how real-time, contactless radar monitoring opens the door to higher quality, efficiency, and sustainability in sand and die casting.
At mecorad, we are committed to pushing the boundaries of precision and transparency in industrial
Combining digital twin technology with mecorad´s radar-based inline measurement transforms continuous casting
mecorad has taken a significant step toward further technological advancement and market expansion by appointing Dr. Markus Bergmann as Innovation Manager.
In our latest post, we highlight one of the most important principles that contribute to radar technology: the Doppler Effect. In 1842, Austrian physicist Christian Doppler discovered a phenomenon that would transform multiple fields: the Doppler Effect. This principle, describing the change in frequency of waves relative to a moving observer, has become a cornerstone of radar technology.
The invention of the magnetron in the 1940s marked a pivotal moment in the history of technology. This high-power, high-frequency signal generator not only revolutionized radar technology but also found a ubiquitous place in households worldwide as a core component of microwave ovens. Understanding the development and impact of the magnetron provides insight into its vital role in both historical and modern applications of radar technology.
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