Food and beverage liquid filling machines utilise food-grade stainless steel bearings or silicon nitride ceramic balls, offering over 60% improved resistance to acids and alkalis and preventing corrosion from mist-like corrosive liquids. The bearings can withstand temperatures of up to 200°C, making them suitable for hot filling lines. As food processing equipment produces foodstuffs, it must not only ensure safety but also facilitate easier maintenance. We are currently raising standards by supporting proactive food safety through the provision of fully sealed, permanently lubricated food-safe bearing units designed to enhance bearing performance.

With reliable bearing units, you can reduce maintenance costs even in harsh processing environments. As the equipment no longer requires relubrication and has a longer service life, food and beverage manufacturers can save significantly on maintenance costs and increase the potential for higher output. All components feature a hygienic design and require no additional lubrication, reducing the time needed to clean open units by 33%. This enables you to achieve longer periods of uninterrupted production, helping to minimise unplanned downtime, lower maintenance costs and reduce the potential risk of contamination on food production lines.

Food processing machinery faces increasingly stringent requirements regarding the control of operational costs, the enhancement of operational efficiency, and the assurance of safe and reliable production. In recent years, the safety and hygiene of processed foods have come under severe scrutiny. As key components of food processing machinery, the appropriate use of bearings has become a vital pillar of efficient and safe production. From raw material handling equipment, processing machinery, and filling systems to packaging systems, we provide new technological services tailored to each production stage—including new materials technology, lubrication technology, and customised solutions—to help food processing machinery achieve its full production potential.