NEW - NPM - Cobalt-based dental alloy for milling, type 4, Dimension: 98,3 mm x 10 mm

NEW - NPM - Cobalt-based dental alloy for milling, type 4, Dimension: 98,3 mm x 12 mm

NEW - NPM - Cobalt-based dental alloy for milling, type 4, Dimension: 98,3 mm x 13,5 mm

NEW - NPM - Cobalt-based dental alloy for milling, type 4, Dimension: 98,3 mm x 15 mm

NEW - NPM - Cobalt-based dental alloy for milling, type 4, Dimension: 98,3 mm x 16 mm

NEW - NPM - Cobalt-based dental alloy for milling, type 4, Dimension: 98,3 mm x 18 mm

NEW - NPM - Cobalt-based dental alloy for milling, type 4, Dimension: 98,3 mm x 20 mm

NEW - NPM - Cobalt-based dental alloy for milling, type 4, Dimension: 98,3 mm x 24,5 mm

Ti6Al4V based dental alloy for milling, grade 5, Dimension: 99,5 mm x 8 mm

Ti6Al4V based dental alloy for milling, grade 5, Dimension: 99,5 mm x 10 mm

Ti6Al4V based dental alloy for milling, grade 5, Dimension: 99,5 mm x 12 mm

Ti6Al4V based dental alloy for milling, grade 5, Dimension: 99,5 mm x 14 mm

Ti6Al4V based dental alloy for milling, grade 5, Dimension: 99,5 mm x 15 mm

Ti6Al4V based dental alloy for milling, grade 5, Dimension: 99,5 mm x 16 mm

Ti6Al4V based dental alloy for milling, grade 5, Dimension: 99,5 mm x 18 mm

Ti6Al4V based dental alloy for milling, grade 5, Dimension: 99,5 mm x 20 mm

Ti6Al4V based dental alloy for milling, grade 5, Dimension: 99,5 mm x 25 mm

Ti6Al4V based dental alloy for milling, grade 5, Dimension: 99,5 mm x 27 mm

Ti6Al4V based dental alloy for milling, grade 5, Dimension: 98,5 mm x 8 mm

Ti6Al4V based dental alloy for milling, grade 5, Dimension: 98,5 mm x 10 mm

Ti6Al4V based dental alloy for milling, grade 5, Dimension: 98,5 mm x 12 mm

Ti6Al4V based dental alloy for milling, grade 5, Dimension: 98,5 mm x 14 mm

Ti6Al4V based dental alloy for milling, grade 5, Dimension: 98,5 mm x 15 mm

Ti6Al4V based dental alloy for milling, grade 5, Dimension: 98,5 mm x 16 mm

Ti6Al4V based dental alloy for milling, grade 5, Dimension: 98,5 mm x 18 mm

Ti6Al4V based dental alloy for milling, grade 5, Dimension: 98,5 mm x 20 mm

Ti6Al4V based dental alloy for milling, grade 5, Dimension: 98,5 mm x 22 mm

Ti6Al4V based dental alloy for milling, grade 5, Dimension: 98,5 mm x 25 mm

Ti6Al4V based dental alloy for milling, grade 5, Dimension: 98,5 mm x 27 mm

Shape 98 mm, roundThe CoCr round blank for milling crowns, bridges and bars. With a Vickers hardness of 320 HV, this CoCr material can be milled and polished very well. Naturally, the material is free from beryllium and nickel.

Shape 98 mm, roundThe CoCr round blank for milling crowns, bridges and bars. With a Vickers hardness of 320 HV, this CoCr material can be milled and polished very well. Naturally, the material is free from beryllium and nickel.

Shape 98 mm, roundThe CoCr round blank for milling crowns, bridges and bars. With a Vickers hardness of 320 HV, this CoCr material can be milled and polished very well. Naturally, the material is free from beryllium and nickel.

Shape 98 mm, roundThe CoCr round blank for milling crowns, bridges and bars. With a Vickers hardness of 320 HV, this CoCr material can be milled and polished very well. Naturally, the material is free from beryllium and nickel.

Shape 98 mm, roundThe CoCr round blank for milling crowns, bridges and bars. With a Vickers hardness of 320 HV, this CoCr material can be milled and polished very well. Naturally, the material is free from beryllium and nickel.

Shape 98 mm, roundThe CoCr round blank for milling crowns, bridges and bars. With a Vickers hardness of 320 HV, this CoCr material can be milled and polished very well. Naturally, the material is free from beryllium and nickel.

The alloy for framework attachment model casts, implant over-constructions and delicate model casts.

The alloy for framework attachment model casts, implant over-constructions and delicate model casts.

CoCr alloy specially for delicate clamp frameworks

CoCr alloy specially for delicate clamp frameworks

CoCr-alloy for the ceramic facing technique

CoCr-alloy for the ceramic facing technique

CoCr-alloy for the ceramic facing technique

This nickel alloy can be veneered using most high melt ceramics.

This nickel alloy can be veneered using most high melt ceramics.

This nickel alloy can be veneered using most high melt ceramics.

Shape 98 mm, roundWith Tizian Titanium Grade 2 you have a pure metal with purity grade 2 for crown and bridge techniques in the anterior and side area.

Shape 98 mm, roundWith Tizian Titanium Grade 2 you have a pure metal with purity grade 2 for crown and bridge techniques in the anterior and side area.

Shape 98 mm, roundWith Tizian Titanium Grade 2 you have a pure metal with purity grade 2 for crown and bridge techniques in the anterior and side area.

Shape 98 mm, roundWith Tizian Titanium Grade 4 you have a pure metal with purity grade 4 for crown and bridge techniques in the anterior and side area, as well as implant and bar construction.

Shape 98 mm, roundWith Tizian Titanium Grade 4 you have a pure metal with purity grade 4 for crown and bridge techniques in the anterior and side area, as well as implant and bar construction.