Foundries
Metal processing requires precision and reliability. MOGENSEN develops high-performance screening and separation machines specifically designed for the challenges of the metal industry. Our technologies enable precise processing of metallic raw materials and sustainably optimize industrial processes.
Our MSizer screening machines and GSort systems ensure accurate classification of ores, alloys, and metallic powders. Their robust design and high performance enable continuous and cost-effective production – even under the most demanding conditions. Whether in primary metal production, foundry technology, or recycling – MOGENSEN ensures the highest quality and efficiency at every production stage. Rely on our innovative solutions for economical and sustainable metal processing.
Our efficient Portfolio
MOGENSEN offers powerful solutions specifically designed for use in foundries. Our innovative machines ensure precise classification, efficient conveying, and reliable material processing—from molding sands to casting residues.
With the MSizer Family, we guarantee accurate screening and uniform particle distribution to maximize the quality and reusability of molding sands. Our vibratory feeders provide gentle and continuous transportation of abrasive or hot materials, ensuring uninterrupted production.
Efficient Processing with MOGENSEN
In the foundry industry, materials such as molding sand, casting residues, metallic additives, and fine-grained casting materials play a crucial role. Their precise processing and conveying are essential to ensure the quality and efficiency of production processes.
Our Latest Articles for Foundries
Stay up to date with our newest blog articles – discover in-depth knowledge, innovative solutions, and expert tips on screening, sorting, and conveying systems.
What factors influence the durability and lifespan of screening equipment in harsh conditions?
Screening equipment endures the constant wear of abrasive minerals, the strain of rapid material flows, and the stress of fluctuating
