Cobalt-Chrome Abutments (CCA)

The CCA abutment is a new, particularly economical alternative to precious-metal abutments for creating an individual emergence profile using the cast-on technique. Suitable for all alloys processed at a melting/casting temperature of up to 1110 °C. Thermal deformation of the abutment begins at 1120 °C. The generous abutment height with retentive recesses ensures particularly good retention of the casting. Two gingival heights with indexing are available for both platforms. A burn-out sleeve is of course included, supplied together with the abutments. This abutment also features the classic K3Pro® cone connection.• For fabricating an individual alloy abutment via casting, with an individual emergence profile • A precisely fitting burn-out POM cap is included • Abutment height ensures a secure connection of the cast abutment • Retentive recesses on the base abutment with a flat section as anti-rotation protection for the burn-out POM cap during individual wax modeling • 1.5° cone connection for maximum stability and bacterial tightness • Step height: 1.0 mm, 2.0 mm • Suitable for telescopic crowns as well as individual modeling

The CCA abutment is a new, particularly economical alternative to precious-metal abutments for creating an individual emergence profile using the cast-on technique. Suitable for all alloys processed at a melting/casting temperature of up to 1110 °C. Thermal deformation of the abutment begins at 1120 °C. The generous abutment height with retentive recesses ensures particularly good retention of the casting. Two gingival heights with indexing are available for both platforms. A burn-out sleeve is of course included, supplied together with the abutments. This abutment also features the classic K3Pro® cone connection.• For fabricating an individual alloy abutment via casting, with an individual emergence profile • A precisely fitting burn-out POM cap is included • Abutment height ensures a secure connection of the cast abutment • Retentive recesses on the base abutment with a flat section as anti-rotation protection for the burn-out POM cap during individual wax modeling • 1.5° cone connection for maximum stability and bacterial tightness • Step height: 1.0 mm, 2.0 mm • Suitable for telescopic crowns as well as individual modeling

The CCA abutment is a new, particularly economical alternative to precious-metal abutments for creating an individual emergence profile using the cast-on technique. Suitable for all alloys processed at a melting/casting temperature of up to 1110 °C. Thermal deformation of the abutment begins at 1120 °C. The generous abutment height with retentive recesses ensures particularly good retention of the casting. Two gingival heights with indexing are available for both platforms. A burn-out sleeve is of course included, supplied together with the abutments. This abutment also features the classic K3Pro® cone connection.• For fabricating an individual alloy abutment via casting, with an individual emergence profile • A precisely fitting burn-out POM cap is included • Abutment height ensures a secure connection of the cast abutment • Retentive recesses on the base abutment with a flat section as anti-rotation protection for the burn-out POM cap during individual wax modeling • 1.5° cone connection for maximum stability and bacterial tightness • Step height: 1.0 mm, 2.0 mm • Suitable for telescopic crowns as well as individual modeling

The CCA abutment is a new, particularly economical alternative to precious-metal abutments for creating an individual emergence profile using the cast-on technique. Suitable for all alloys processed at a melting/casting temperature of up to 1110 °C. Thermal deformation of the abutment begins at 1120 °C. The generous abutment height with retentive recesses ensures particularly good retention of the casting. Two gingival heights with indexing are available for both platforms. A burn-out sleeve is of course included, supplied together with the abutments. This abutment also features the classic K3Pro® cone connection.• For fabricating an individual alloy abutment via casting, with an individual emergence profile • A precisely fitting burn-out POM cap is included • Abutment height ensures a secure connection of the cast abutment • Retentive recesses on the base abutment with a flat section as anti-rotation protection for the burn-out POM cap during individual wax modeling • 1.5° cone connection for maximum stability and bacterial tightness • Step height: 1.0 mm, 2.0 mm • Suitable for telescopic crowns as well as individual modeling