Available in different 3D-Master shades for order. The feldspar veneering material VITA VM 13 is for all standard alloys in the CTE range of 13.8 - 15.2. The main goal was to lower the firing temperature sufficiently to enable the use of high-gold content alloys as well as other alloy types, e.g. reduced gold content bonding...

Vita Omega 900 opaque dentin. Available in different 3D-Master shades for order. Ceramics with a firing temperature of 900 °C. <span...

The feldspar veneering material VITA VM 13 is for all standard alloys in the CTE range of 13.8 - 15.2. The main goal was to lower the firing temperature sufficiently to enable the use of high-gold content alloys as well as other alloy types, e.g. reduced gold content bonding alloys, palladium-based alloys or non-precious metal alloys.

Available in different classical shades for order. Ceramics with a firing temperature  depending on purpose  900 - 950 ° C. VITA VMK 95 is a metal ceramic designed to veneer ceramic bonding alloys which contain...

Available in different shades for order. Ceramics with a firing temperature of 900 ° C. Specially developed for alloys with <span...

Available in different color accents. Coloring the surface for natural color effects and anomalies. The colors are витх fine grain...

Available in different classical shades for order. Ceramics with a firing temperature  depending on purpose  900 - 950 ° C. VITA VMK 95 is a metal ceramic designed to veneer ceramic bonding alloys which contain...

Available in different 3D-Master shades for order. The feldspar veneering material VITA VM 13 is for all standard alloys in the CTE range of 13.8 - 15.2. The main goal was to lower the firing temperature sufficiently to enable the use of high-gold content alloys as well as other alloy types, e.g. reduced gold content bonding...

Available in different 3D-Master shades for order. The feldspar veneering material VITA VM 13 is for all standard alloys in the CTE range of 13.8 - 15.2. The main goal was to lower the firing temperature sufficiently to enable the use of high-gold content alloys as well as other alloy types, e.g. reduced gold content bonding...