Optimize Your Intralogistics Efficiency.
High-Performance Bearing Solutions For Automated Handling, Storage, And Transport Systems.
We start from real application challenges to identify what truly impacts bearing performance.
Repeated acceleration deceleration causes fluctuating loads and micro-movements, leading to premature wear, fatigue, and instability
Sustained operation increases cumulative bearing stress, making heat, lubrication degradation, and material fatigue critical life-limiting factors.
Compact layouts restrict bearing size and load distribution, demanding higher stiffness, load capacity, and design optimization.
Intralogistics Bearing Insights
Avoid costly bearing failures by mastering three simple grease rules: never mix by color, always match grease to your operating temperature, and avoid the trap of overfilling.
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THB has a new brand identity. Here is what it stands for. Three rings. Three stages. One way of working. Needs → Solutions → Products.
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THB customer insights reveal four connected shifts reshaping manufacturing: automation becoming a necessity due to labor shortages, warehouses evolving into Takt time production extensions, flexibility as a core design principle for high-mix environments, and reliability rising as the top priority to minimize downtime. The new direction is balancing efficiency with resilience.
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Dealing with CIP Corrosion: Is Your Bearing Seal Right? (Part 1: Material Characteristics)
Eccentric loading in stamping lines causes bearings to fail prematurely. Offset loads, impact, and roller misalignment create edge stress concentration, leading to spalling, heat, vibration, and unplanned downtime.
Eccentric loading in stamping lines causes bearings to fail prematurely. Offset loads, impact, and roller misalignment create edge stress concentration, leading to spalling, heat, vibration, and unplanned downtime.
To Help You Find The Right Bearing Solution
Common Questions About Bearings For Diverse Applications
