IPS e.max Layered

Using the cut-back and layering technique, this exclusive option for fabrication will meet the high esthetic requirements of even the most selective patients.

  • Anterior Crowns
  • Posterior Crowns
  • Inlays
  • Onlays
  • three-unit bridges
  • Screw-retained Crowns, and Abutment Crowns
  • Restorations larger than three units
  • Clearance less than 1mm
  • Sharp or Pointed Preps

Taking each indication into account, IPS e.max restorations can be seated with either self-adhesive, adhesive, or conventional cementation method.

  • Panavia 21 – tin plated
  • Glass ionomer cement (GC Fuji, GC America)
  • Zinc Phosphate Polycarboxylate
  • Resin Ionomer cement (RelyX, 3M ESPE)
  • D2750 Crown Porcelain fused to high noble
  • D2751 Crown Porcelain fused to non-precious
  • D2752 Crown Porcelain fused to semi-precious
  • D6750 Crown Porcelain fused to high noble (bridge units)
  • D6751 Crown Porcelain fused to non-precious (bridge units)
  • D6752 Crown Porcelain fused to semi-precious (bridge units)

Zirconia Layered

Zirconia Layered is a cutback technique featuring porcelain buildup to achieve a higher-end lifelike appearance. In this process, we cutback the buccal surface and layer porcelain so the occluding surface maintains the strength of zirconia.

  • Posterior crowns
  • Anterior crowns
  • Veneer
  • Bridges; 3 + units
  • Screw-retained Crowns, and Abutment Crowns
  • Full arch implant-supported prosthetics
  • Clearance less than 1mm
  • Sharp or Pointed Preps
  • Panavia 21 – tin plated
  • Glass ionomer cement (GC Fuji, GC America)
  • Zinc Phosphate Polycarboxylate
  • Resin Ionomer cement (RelyX, 3M ESPE)
  • D2750 Crown Porcelain fused to high noble
  • D2751 Crown Porcelain fused to non-precious
  • D2752 Crown Porcelain fused to semi-precious
  • D6750 Crown Porcelain fused to high noble (bridge units)
  • D6751 Crown Porcelain fused to non-precious (bridge units)
  • D6752 Crown Porcelain fused to semi-precious (bridge units)