Robotic Milling CAM / 3D Printing
Panorama Dental Center – Dr. Evangelos Ximinis DDS, MSc, Ph.D in Thessaloniki
Digital Prosthetic Fabrication
With the innovative R5 machine by Vhf (https://www.vhf.de/en/products/dental/dental-milling-machines/r5/), Panorama Dental Center completes its transition to the world of Digital Dentistry. By providing the design models of prosthetic restorations (crowns, bridges, veneers, etc.) from its design software to the German-made Vhf CNC machine, it efficiently and accurately carries out dental work.
This highly automated milling and grinding machine brings revolutionary approaches to our clinic, potentially ranking it as one of the most advanced Digital Dentistry Clinics in Northern Greece and Europe.
The 5-axis milling machine for non-stop dry and wet machining – Cutting a PMMA temporary bridge on Vhf R5.
The 5-axis milling machine for non-stop dry and wet machining – Cutting a PMMA temporary bridge on Vhf R5.
Cutting zirconia crowns, both conventional and implant-supported, on Vhf R5.
Cutting zirconia crowns, both conventional and implant-supported, on Vhf R5.
243086306 3065008857066131 7108199028899789640 n
243086306 3065008857066131 7108199028899789640 n
The 5-axis milling machine for non-stop dry and wet machining – Cutting a PMMA temporary bridge on Vhf R5.
The 5-axis milling machine for non-stop dry and wet machining – Cutting a PMMA temporary bridge on Vhf R5.
Cutting zirconia crowns, both conventional and implant-supported, on Vhf R5.
Cutting zirconia crowns, both conventional and implant-supported, on Vhf R5.
243086306 3065008857066131 7108199028899789640 n
243086306 3065008857066131 7108199028899789640 n
Case 1 ( Digital fabrication of a zirconia bridge (3 teeth) with zirconia cutting on Vhf R5 and ceramic veneer layering )
Digital fabrication of a zirconia bridge (3 teeth) with zirconia cutting on Vhf R5 and ceramic veneer layering
Intraoral try-in of the zirconia bridge after cutting and sintering
Teeth occlusion check.
Permanent cementation of the bridge after
Case 2 ( Full prosthetic restoration for a patient using all-ceramic zirconia crowns, milled with Vhf R5.)
Initial condition
Final condition.
Case 3 ( Prosthetic restoration of the upper jaw for a patient using all-ceramic zirconia crowns, milled with Vhf R5. )
Initial condition.
Zirconia all-ceramic crowns in the milling machine.
Zirconia all-ceramic crowns after cutting on Vhf R5 and sintering on Programmat S2.
condition
Case 1
Digital fabrication of a zirconia bridge (3 teeth) with zirconia cutting on Vhf R5 and ceramic veneer layering
Digital fabrication of a zirconia bridge (3 teeth) with zirconia cutting on Vhf R5 and ceramic veneer layering
Digital fabrication of a zirconia bridge (3 teeth) with zirconia cutting on Vhf R5 and ceramic veneer layering
Intraoral try-in of the zirconia bridge after cutting and sintering
Intraoral try-in of the zirconia bridge after cutting and sintering
Teeth occlusion check.
Teeth occlusion check.
Permanent cementation of the bridge after
Permanent cementation of the bridge after
Case 2
Full prosthetic restoration for a patient using all-ceramic zirconia crowns, milled with Vhf R5.
Initial condition
Initial condition
Final condition.
Final condition.
Case 3
Prosthetic restoration of the upper jaw for a patient using all-ceramic zirconia crowns, milled with Vhf R5.
Initial condition.
Initial condition.
Zirconia all-ceramic crowns in the milling machine.
Zirconia all-ceramic crowns in the milling machine.
Zirconia all-ceramic crowns after cutting on Vhf R5 and sintering on Programmat S2.
Zirconia all-ceramic crowns after cutting on Vhf R5 and sintering on Programmat S2.
condition
condition
The Panorama Dental Center relies on the Asiga Max UV 3D printer
The Panorama Dental Center relies on the Asiga Max UV 3D printer(https://www.asiga.com/products/printers/max_series/max/)for the fabrication of surgical guides for “Guided Implant Placement” and bite splints, orthodontic models, temporary crowns & bridges, dental models, and aligners, making it one of the best tabletop 3D printers in terms of print quality and indications in Dental Science.
The precise layer formation of biocompatible resin is crucial for achieving stable and accurate results in any production environment. With approximately 380 biocompatible 3D printing materials, the curing process is accelerated using deeper UV wavelengths (385nm), reducing scatter in the XY axes and excessive hardening. The result is increased precision, accuracy, production reliability, and material processing capabilities.
The Asiga Max UV holds a prominent position and acceptance worldwide in the dental field, which influenced our choice for a 3D printer at Panorama Dental Center.
Digital 3D Printer Asiga Max UV
Digital 3D Printer Asiga Max UV
Digital design of an implant crown mold
Digital design of an implant crown mold
L Asiga Composer
L Asiga Composer
Implant-supported splint, digitally printed on our clinic’s 3D Printer, Asiga Max UV. Placement of two implants (locator) to improve the stability of a complete dental alignment.
Implant-supported splint, digitally printed on our clinic’s 3D Printer, Asiga Max UV. Placement of two implants (locator) to improve the stability of a complete dental alignment.
Digital 3D Printer Asiga Max UV
Digital 3D Printer Asiga Max UV
Digital design of an implant crown mold
Digital design of an implant crown mold
L Asiga Composer
L Asiga Composer
The photos of the premises, equipment, and clinical cases on our website belong to
Panorama Dental Center.
ΟΔΟΝΤΙΑΤΡΙΚΟ ΚΕΝΤΡΟ ΠΑΝΟΡΑΜΑΤΟΣ
Αναλήψεως 3, Πανόραμα, 552 36, Θεσσαλονίκη
