FAB Tool HP Zirkon Schleifkörper

Dental tool for zirconia

FAB Tool HP Zirconia Grinding Burr

FAB Tool HP zirconia grinding burrs are grinding tools for the dry finishing of frameworks made of zirconium oxide, lithium disilicate and veneering ceramics. Thanks to the surface-protecting, gentle grinding, dental laboratories achieve satin-matt surfaces. The grinding burrs in various sizes and shapes offer the perfect tool for every step in the post-processing of crowns and bridges. Available individually or in the FAB Toolset HP Zirconia.

These grinder tools for the finishing of your zirconiadental framework can be ordered individually in the MINDFAB online shop or by telephone:

Grinding burrs, degree of hardness: medium

  • head shape: cylinder with sharp edges, ∅: 4,0, max. speed: 12.000 min-1
  • head shape: cylinder with sharp edges, ∅: 5,0, max. speed: 12.000 min-1
  • head shape: flat cone, ∅: 4,0, max. speed: 12.000 min-1
  • head shape: cup-shaped, ∅: 12,0, max. speed: 10.000 min-1
  • head shape: wheel, ∅: 15,0, max. speed: 10.000 min-1
  • head shape: lens-shaped, ∅: 22,0, max. max. speed: 10.000 min-1

The ideal addition to your FAB Toolset HP Zirconia.

FAB Tool HP Zirkon Diamantschleifer

FAB Tool HP Zirconia Diamond Grinder

For reliably good stock removal. It is characterized by a pleasantly smooth grinding behavior and good grinding performance.

FAB Tool HP Zirkon Polierer

FAB Tool HP Zirconia Polisher

For high-gloss polishing of ceramic frameworks. Perfect for the surface finish of zirconia dental frameworks and ceramic veneers.

FAB Tool DT Zirkon Trennscheibe

FAB Tool HP Zirconia Cutting Disc

For the separation of restorations made of ceramics or zirconia. It ensures fast and careful post-processing.

Dentales Werkzeugset Zirkon

FAB Toolset HP Zirconia

The smart one for zirconia. It impresses with low heat generation and very high edge stability. For satin-matt surfaces.

FAB Tool HP Zirconia Grinding Burrs for satin-matt surfaces and low residual roughness.

FAB Tool HP zirconia grinding burrs are characterized by very high edge stability, high steadiness and low heat generation.