Implant Services
NobelProcera Custom Abutments

NobelProcera delivers a full range of precision-milled, safe and strong abutments. Grow your business using one system to offer abutments on major implant systems. Further diversify your offering with time-efficient screw-retained crowns for direct veneering. NobelProcera screw-retained solutions consistently offer long-term clinical success and patient satisfaction.

NobelProcera Zirconia Abutments

NobelProcera Zirconia Abutment

  • All indications*
  • Cement- and screw-retained solution
  • Individualized abutment design for superior esthetics
  • For Nobel Biocare implants and other major implant systems
  • Strong and biocompatible
  • In four shades: white, light, medium, intense

Zirconia

NobelProcera Zirconia is the ceramic material of choice for strong and highly esthetic restorations. Frameworks in Zirconia are available for cement- and screw-retained solutions on teeth and implants from single-unit to multi-unit restorations. Zirconia displays excellent biocompatibility with significant reduction of plaque and bacterial adhesion on surfaces.

Industrial material shading (available in four shades: white, light, medium, intense) guarantees consistent color and strength values of the material.

*Zirconia abutments for NobelActive are not indicated for posterior use.


NobelProcera Titanium Abutments

NobelProcera Titanium Abutment

  • All indications
  • Individualized abutment design for superior esthetics
  • For Nobel Biocare implants and other major implant systems
  • Exceptional strength
  • Milled from a solid monobloc
  • Unlimited emergence profi le (5-axis milling)

Titanium

NobelProcera Titanium is highly biocompatible and produces excellent soft tissue response. This material represents an excellent alternative in cases where the clinical situation limits the application of Zirconia frameworks.

NobelProcera Titanium restorations are milled from a solid monobloc for extraordinary strength and precision of fit. NobelProcera Titanium offers a cost-efficient alternative to casted PFMs for temporary and final prosthetics.


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