Rollers

Regulating wheels are essential tools used in the centreless grinding process. They are designed to support and guide the workpiece during machining, ensuring optimal precision and stability. Regulating wheels are essential to achieve high quality results in centreless grinding, allowing workpieces of different shapes and sizes to be machined with precision and reliability.

TIAC offers specific product lines for through-feed and plunge operations.
We have a warehouse with more than 180 different articles and a production department that can adapt the size of the rollers in stock to customer requirements. Such a comprehensive warehouse allows us to cover a very wide dimensional range with very fast response times.

The properties of TIAC rubber rollers allow for optimum traction in through-feed grinding. The elasticity of the compound is specially designed to absorb the harshest bar grinding operations.

For plunge grinding, the special design allows a constant profile to be maintained, guaranteeing very high precision throughout the machining process.

Benefits of Regulating Wheels in Centreless Grinding

  • Dimensional Precision: Regulating wheels ensure accurate positioning of the workpiece during machining, guaranteeing tight dimensional tolerances and uniform results.
  • Process Stability: Due to their ability to support the workpiece during machining, guide wheels reduce vibration and ensure optimum stability of the grinding process.
  • Versatility: Regulating wheels can be custom-designed and manufactured to suit the specific needs of each application, allowing a wide range of part shapes and sizes to be machined.

Insight: rollers

In Grinding Wheel | Roller centreless grinding, drive rollers play a key function.
Not only do they accompany the workpiece in the grinding operation and ensure its constant feed, but they must also support the grinding wheel by absorbing the workload and the thrust it transfers onto the workpiece.
In through-feed grinding, the inclination of the roller is crucial and governs the speed at which the workpiece is threaded.
In plunge grinding, on the other hand, the roller approaches the workpiece from the front. In this case, the compound must be able to absorb the strong thrust of the grinding wheel.