Highness Digital Prosthesis System
Highness Digital Prosthesis System
Digital
Prosthesis System
Prosthesis System
01
Base Setting
02
Impression
03
Final Setting
01
Base Setting
Safety
• Ensures stable gingival formation by preventing separation after setting.
• Prevents abutment sink-down.
• Distributes stress to minimize loosening and fracture.
• Prevents abutment sink-down.
• Distributes stress to minimize loosening and fracture.
02
Impression
Ease of use
• Painless for the patient.
• Easy impression taking (rubber impression or intraoral scanning).
• Easy impression taking (rubber impression or intraoral scanning).
03
Final Setting
Accuracy
• Eliminates cement-related complications by not using cement.
• High accuracy with digitally fabricated crowns.
• Short chair time
• High accuracy with digitally fabricated crowns.
• Short chair time
Safety
• Ensures stable gingival formation by preventing separation after setting.
• Prevents abutment sink-down.
• Distributes stress to minimize loosening and fracture.
• Prevents abutment sink-down.
• Distributes stress to minimize loosening and fracture.
Ease of use
• Painless for the patient.
• Easy impression taking (rubber impression or intraoral scanning).
• Easy impression taking (rubber impression or intraoral scanning).
Accuracy
• Eliminates cement-related complications by not using cement.
• High accuracy with digitally fabricated crowns.
• Short chair time
• High accuracy with digitally fabricated crowns.
• Short chair time
Base Abutment
The first step towards perfect prosthetics
Base Abutment
• Since there is no need to remove the Base Abutment after placement, soft tissue sealing remains stable.
• The structure is optimized for the distribution of occlusal forces.
• It offers excellent compatibility with other implant systems.
• The structure is optimized for the distribution of occlusal forces.
• It offers excellent compatibility with other implant systems.
Long Base Abutment
Short Base Abutment
Angled Base Abutment
The first step towards perfect prosthetics
Base Abutment
• Since there is no need to remove the Base Abutment after placement, soft tissue sealing remains stable.
• The structure is optimized for the distribution of occlusal forces.
• It offers excellent compatibility with other implant systems.
• The structure is optimized for the distribution of occlusal forces.
• It offers excellent compatibility with other implant systems.
Long Base Abutment
Short Base Abutment
Angled Base Abutment
Finite element analysis comparing conventional implant prosthetic methods.
Experimental results show that vertical and lateral forces cause critical loading on the marginal bone in conventional prosthetics, leading to bone loss. However, the “Highness System” demonstrates significantly superior stress distribution compared to conventional prosthetics.
Finite element analysis comparing conventional implant prosthetic methods.
Experimental results show that vertical and lateral forces cause critical loading on the marginal bone in conventional prosthetics, leading to bone loss. However, the “Highness System” demonstrates significantly superior stress distribution compared to conventional prosthetics.
Link for Crown
No Zirconia Fractures or Abutment Detachment
Link
• No Cementation: Cement is not used, which prevents cement-related complications.
• Easy Assembly and Maintenance: The system is easy to secure and can be detached for cleaning and routine maintenance when necessary.
• Enhanced Retention: A screw double-presses the crown and link, ensuring robust retention.
• Easy Assembly and Maintenance: The system is easy to secure and can be detached for cleaning and routine maintenance when necessary.
• Enhanced Retention: A screw double-presses the crown and link, ensuring robust retention.
Link Connection
Angled Crown
Crown fabrication is possible up to 25°.
Angled Base Link
The access hole can be designed with an inclination of up to 50°, allowing for an angled crown design.
No Zirconia Fractures or Abutment Detachment
Link
• No Cementation: Cement is not used, which prevents cement-related complications.
• Easy Assembly and Maintenance: The system is easy to secure and can be detached for cleaning and routine maintenance when necessary.
• Enhanced Retention: A screw double-presses the crown and link, ensuring robust retention.
• Easy Assembly and Maintenance: The system is easy to secure and can be detached for cleaning and routine maintenance when necessary.
• Enhanced Retention: A screw double-presses the crown and link, ensuring robust retention.
Link Connection
Angled Crown
Crown fabrication is possible up to 25°.
Angled Base Link
The access hole can be designed with an inclination of up to 50°, allowing for an angled crown design.
Digital Scanbody
Optimized for oral scanning
Scanbody
• When scanned with an oral scanner, it precisely matches the digital library.
• Designed with a tapered profile to accommodate various sizes (3mm, 5mm) and ensure convenient use even in cases with unfavorable paths.
• Can be used as a transfer impression coping for rubber impressions (only the screw needs to be replaced).
• Designed with a tapered profile to accommodate various sizes (3mm, 5mm) and ensure convenient use even in cases with unfavorable paths.
• Can be used as a transfer impression coping for rubber impressions (only the screw needs to be replaced).
VS
Optimized for oral scanning
Scanbody
• When scanned with an oral scanner, it precisely matches the digital library.
• Designed with a tapered profile to accommodate various sizes (3mm, 5mm) and ensure convenient use even in cases with unfavorable paths.
• Can be used as a transfer impression coping for rubber impressions (only the screw needs to be replaced).
• Designed with a tapered profile to accommodate various sizes (3mm, 5mm) and ensure convenient use even in cases with unfavorable paths.
• Can be used as a transfer impression coping for rubber impressions (only the screw needs to be replaced).
VS