Paint lines use strong solvents and cleaners that can attack bearing seals and internal materials.
Improve Efficiency on Every Car Production Line. THB bearing solutions help reduce unplanned stops. They keep the line running at a steady pace. This gives stable performance and more output. More uptime, more output — powered by THB Bearings
We start from real application challenges to identify what truly impacts bearing performance.
Machining and welding operations demand high bearing stiffness to resist deflection under variable forces and maintain positioning accuracy.
Automotive production processes require micron-level positioning accuracy, where even minor runout or clearance variation can directly cause product defects.
Weld spatter and metallic particles risk bearing damage, demanding robust sealing, contamination resistance, and thermal/chemical material durability.
Assembly and powertrain lines run at high speeds continuously, causing significant temperature rise
Paint lines use strong solvents and cleaners that can attack bearing seals and internal materials.
Automotive Manufacturing Equipment Bearing Insights

Four-way shuttles put wheel units through one of the harshest duty cycles in intralogistics: combined loads, continuous operation and rapid start-stop motion at high acceleration. This article explains why conventional multi-part wheel units fail first — and how the THB WSD/WSN integrated wheelset answers with a deliberate sequence of design choices: the right structure first, the right material last.
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The THB integrated wheel block TRK and wheelset TRE are built as one system for travel mechanisms: a wheel block for standard duty, open to custom development, and a wheelset for heavy loads. In numbers, the system covers standard duty from 2.7 t to 40 t on the TRK wheel block and heavy loads from 5 t to 60 t on the TRE wheelset. This article sets out what the system is designed against and how it is built — the operating conditions it serves, the problems it addresses, the structural and mounting decisions, and the wheel materials available.
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Early failure does not usually start on the day the bearing is installed. Material, process, and measurement can change the product earlier. Below are five steps. Each step says what we control, and what that means for you. The proof is in the pictures.
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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.

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

