At Atlas Yem, we view every facility we have constructed in the field of feed technologies since 2002 as a masterpiece of engineering. Our photo gallery is a showcase not only of our machines but also of our modern and sustainable facility architectures with high operational efficiency. We transparently share the meticulous work we apply at every step, from the project phase to commissioning, through our visuals.
In our feed technologies category, you can find photos of our fully integrated systems operating from raw material intake to the packaging stage. These visuals reflect our technological superiority and mechanical precision in industrial feed production.
Detailed visuals of our Pellet Press and Geared Pellet Press models during operation are symbols of durability and speed. Additionally, the mechanical details of our dual-shaft paddle mixers, which provide perfect homogeneity, prove the importance we place on ration quality.
The complex yet organized structure of our micro and macro dosing units visualizes the success of our automation software. The speed of our packaging units and precise weighing systems demonstrate how logistics processes are optimized.
Flaking technologies, which increase the digestibility of grains, are among Atlas Yem's areas of expertise. In our gallery, you can witness the installation and operation moments of giant systems that process grains while preserving their nutritional value.
The massive Steam Towers (Steam Chests) made of stainless steel and the high-pressure Flaking Mills represent the physical strength of our facilities. These visuals showcase our technical infrastructure that perfects starch gelatinization.
Our recycling technologies section includes visuals of our innovative systems that bring waste back into the economy. These facilities, contributing to the circular economy, are part of our environmentally friendly engineering approach.
Our visuals of heavy-duty Shredder models and Depackaging Machines that separate expired products reveal how the toughest materials are processed efficiently.
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