Internal cylindrical grinding - Import export

To achieve the required shape and dimensional accuracy, Tyrolit offers vitrified-bonded, resin-bonded, and electroplated CBN and diamond wheels. Our abrasives ensure safe working without thermal damage to the workpiece. This process is typically used for cylindrical or tapered workpieces, especially joints with an axis or shaft, such as gears, steering systems, injection systems, and hollow shafts. Tyrolit provides vitrified-bonded tools with excellent profile retention and cool finishes, reducing thermal load. Depending on the material, we recommend our superabrasives over conventional tools. Our resinoid bond, specially developed by Tyrolit, ensures shorter grinding times and maximum process stability. Resin-bonded diamond and CBN tools offer long tool lives and high dimensional accuracy. Electroplated tools exert low grinding pressure, ideal for small diameters.

In precision grinding, maintaining tight tolerances and perfect surface structures is crucial. The demands in this area have increased, challenging both grinding tool manufacturers and producers. Tyrolit meets these requirements through innovations in precision grinding wheels, distinguished by extensive process know-how and pioneering consulting services. We serve a wide range of industries, including tool manufacturing, automotive, steel, turbine, and medical technology, always adhering to the principle: accuracy is key! Tyrolit offers standardized application technology advice and process support at the highest level. Our expert team, with years of experience, provides constant support. Employees across various countries are closely linked with our headquarters in Austria, ensuring qualified technical support for all precision grinding applications, such as external and internal cylindrical grinding, surface and creep feed grinding, or honing.

These Neostar magnetic chucks can be used universally, in particular for internal cylindrical grinding, rotating and hard rotating. The uniform radial pole division offers significant advantages compared to magnetic chucks with parallel pole division in particular when processing rings and discs that are difficult to hold as well as sleeves. A higher stability and stiffness can be achieved through radial pole division in particular with larger diameters. A centric through-hole can be incorporated. These clamping plates can be activated through a hexagonal switch lever.