Automotive
Manufacturing
Equipment

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

High rigidity demands
Machining and welding operations demand high bearing stiffness to resist deflection under variable forces and maintain positioning accuracy.
High-precision positioning
Automotive production processes require micron-level positioning accuracy, where even minor runout or clearance variation can directly cause product defects.
Welding Spatter and Contamination
Weld spatter and metallic particles risk bearing damage, demanding robust sealing, contamination resistance, and thermal/chemical material durability.
High-Tempo Non-Stop Operation
Assembly and powertrain lines run at high speeds continuously, causing significant temperature rise
Paint Solvent and Acid/Alkali Corrosion
Paint lines use strong solvents and cleaners that can attack bearing seals and internal materials.

Split Bearing Solution Cuts Wind Turbine Downtime by 80%

When a 1.5MW wind turbine faced sudden bearing failure ，downtime and costs could have soared. THB's split bearing solution changed this situation！ The bearing was replaced in just 24 hours without a crane. The result: 80% less downtime and over 50% cost savings.

Learn more about our services

Choosing the Right Grease Is Harder Than You Think — But There Are Clues

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.

Learn more about Automotive Manufacturing Equipment

THB Brand Refresh | New Logo Launched

THB has a new brand identity. Here is what it stands for. Three rings. Three stages. One way of working. Needs → Solutions → Products.

Learn more about Automotive Manufacturing Equipment

2026-04-30

Bearing Problems in Stamping Lines #01

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.

2026-04-30