Three Technologies.
One Seamless Digital Workflow.
Modern implant dentistry has moved beyond putty impressions and guesswork. By combining digital implant scanning, digital multi-unit abutments, and computer-guided navigation surgery, we deliver treatment that is safer, more precise, less invasive — and dramatically faster.
- Safer procedures
- Micron-level precision
- Minimally invasive
- Shorter treatment times
Technology 1
Digital Implants: The End of the Goopy Impression
Traditional implant workflows depend on conventional impressions — biting into trays of putty-like material — a process prone to material distortion and human error. A fully digital workflow replaces all of that with an intraoral scanner (IOS) and digital scan bodies, and the benefits are immediate.
No more gag reflex — genuinely comfortable
Patients no longer have to endure bulky impression trays and gooey materials sitting in their mouths while they set. Instead, the dentist simply sweeps a small, high-speed optical wand over the teeth. The scan takes minutes, and for many patients it turns the most dreaded part of implant treatment into a non-event.
Zero-distortion, instant data transfer
The 3D digital files are uploaded directly to the dental laboratory through the cloud, the moment the scan is complete. There is no physical stone model to break in transit, no plaster to shrink or expand with humidity, and no days lost to shipping. What the scanner captures is exactly what the lab receives.
Micron-level precision
Dental design software works from built-in, highly accurate manufacturer component libraries. Every screw channel, connection geometry, and contact point is designed against the exact specifications of your implant system — so the final restoration is engineered to micrometer-level precision for a truly passive, perfect fit.
Technology 2
Digital Stage-Two Multi-Unit Abutments (MUA)
Multi-unit abutments are the workhorses of multi-implant and full-arch reconstructions such as All-on-4. Bringing MUAs into the digital workflow transforms how these complex cases are planned and delivered.
Correcting implant angulation with ease
Anatomy doesn't always cooperate. When bone volume forces implants to be placed at tilted angles, MUAs redirect those divergent angles so all connections become parallel. The result: the full-arch prosthesis slides on and locks into place smoothly, without strain on the implants beneath it.
Enabling "Teeth-in-a-Day" (immediate loading)
Because the digital plan is completed before surgery, the clinician selects the exact height and angle of each MUA in advance — and the laboratory can pre-fabricate the temporary prosthesis to match. Immediately after the implants and MUAs are placed, the new teeth are secured. Patients walk out the same day with a functional smile.
Protecting soft tissue and gums
Once the MUA is connected at stage-two surgery, every future prosthetic adjustment happens at the MUA level — above the gum line. The dentist never needs to repeatedly disturb the deeper implant connection, which prevents bacterial contamination and protects the newly healed soft tissue for the long term.
Why It Matters: The Combined Benefit
Each of these technologies is powerful on its own. Together, they form the core of modern digital dentistry — one continuous chain of digital accuracy from the first scan to the final smile.
- Safer procedures
- Computer-guided planning and navigation keep the surgery precisely on plan, away from nerves and sinuses.
- Higher precision
- Digital scans and manufacturer-exact component libraries deliver restorations engineered to the micron.
- Minimal invasiveness
- Flapless techniques mean less cutting, less bleeding, less swelling — and a faster return to normal life.
- Shorter treatment times
- Instant cloud transfer, pre-operative planning, and immediate loading compress months of treatment into days — sometimes a single visit.