Innovation in digital denture fabrication

For years, Aiham Farah has valued the IPS e.max CAD glass-ceramic – here too, he made targeted use of its versatility, reliability, and aesthetics.

Integrates seamlessly into digital processes

  • As a CAD/CAM-compatible press ceramic, IPS e.max Press Multi combines the accuracy of digital design with the benefits of the press technique and integrates seamlessly into modern workflows:
  • Digital planning: occlusion and articulation can be designed in CAD for high precision and fewer manual steps.
  • Coordinated software: compatible with exoCAD & 3Shape software
  • Visualizing: the shade transition is displayed in the CAD software to define the incisal area accurately.
  • Sprue design: plan and position the sprues directly in the software (only with exoCAD)
  • Wax pattern production: create patterns quickly via
    • 3D printing with ProArt Print Wax (e.g. PrograPrint PR5, Asiga Max2 or Sprintray Pro 2), or
    • milling with ProArt Wax discs (e.g. PrograMill Dry or PrograMill PM7).

If the sprue is designed digitally and then printed or milled, the need for manual sprueing is removed. This saves time and reduces potential sources for error.
IPS e.max Press (Multi) also makes good business sense: One ingot allows you to press several restorations at the same time. For instance, you can manufacture up to four IPS e.max Press Multi crowns in a single press cycle – optimizing material usage, cutting production time and boosting your lab’s efficiency.

Integrates seamlessly into digital processes

  • As a CAD/CAM-compatible press ceramic, IPS e.max Press Multi combines the accuracy of digital design with the benefits of the press technique and integrates seamlessly into modern workflows:
  • Digital planning: occlusion and articulation can be designed in CAD for high precision and fewer manual steps.
  • Coordinated software: compatible with exoCAD & 3Shape software
  • Visualizing: the shade transition is displayed in the CAD software to define the incisal area accurately.
  • Sprue design: plan and position the sprues directly in the software (only with exoCAD)
  • Wax pattern production: create patterns quickly via
    • 3D printing with ProArt Print Wax (e.g. PrograPrint PR5, Asiga Max2 or Sprintray Pro 2), or
    • milling with ProArt Wax discs (e.g. PrograMill Dry or PrograMill PM7).

If the sprue is designed digitally and then printed or milled, the need for manual sprueing is removed. This saves time and reduces potential sources for error.
IPS e.max Press (Multi) also makes good business sense: One ingot allows you to press several restorations at the same time. For instance, you can manufacture up to four IPS e.max Press Multi crowns in a single press cycle – optimizing material usage, cutting production time and boosting your lab’s efficiency.

Integrates seamlessly into digital processes