Immediate Implantation in the Esthetic Zone: A Clinically Safe Workflow with MultiNeO™ (NiNA™ Surface)

Abstract

Replacing a fractured lateral incisor is where biology, biomechanics, and patient expectations converge. When primary stability and soft-tissue management align, immediate implantation with same-day temporization can support function while maintaining the smile line.
The following clinical case using a MultiNeO™ CS implant with the nano-hydrophilic NiNA™ surface illustrates a careful, stepwise approach suitable for D3 bone and the esthetic zone—without promising outcomes beyond the facts documented.  

Case Overview

  A 78-year-old male (ASA II) presented with a fractured maxillary lateral incisor (#12). The tooth was extracted via a minimally invasive approach, followed by computer-aided implant planning. A MultiNeO™ powered by NiNA™ CS implant (Ø3.75 × 10 mm) was inserted in a D3 bone environment with an insertion torque of 23 Ncm. Implant stability measured 72 ISQ (Osstell). The team applied a “one abutment, one time” protocol and delivered an immediate provisional resin crown with no occlusal contacts.

Why this workflow matters in the anterior 

• Computer-aided planning supports correct positioning relative to the alveolar housing and prosthetic envelope, which is particularly important for thin facial plates typical around lateral incisors. In this case, digital planning guided the fixture placement before engaging the abutment.
• Hydrophilic surface handling: The clinical note highlights blood wetting on the implant upon insertion—an observation consistent with a hydrophilic surface interaction. While no claims are made beyond this observation, such wetting was documented at placement.
• Immediate non-functional temporization: A provisional crown free of occlusal contacts was delivered to protect the implant during early healing. This supports soft-tissue contouring without introducing functional load in the first phase.

Timing and follow-up 

Two months after surgery, the temporary crown remained in place, and the sequence proceeded toward final restoration. The case documentation shows immediate post-op radiography, abutment engagement, temporary engagement, and later, progression to the definitive phase—without quantifying long-term outcomes.  

 Products referenced in the case 

The MultiNeO™ Implant,  (CS connection) powered by NiNA™ Nano Hydrophilic Surface, Ø3.75 mm × 10 mm

Professional Value: Practical Takeaways 

1. Plan digitally; place prosthetically. Computer-aided planning helped define the 3D position before the minimally invasive extraction and placement. For D3 bone, that alignment can be the difference between a stable emergence profile and a compromised facial plate.
2. Non functional loading: keep the provisional out of occlusion. The case used immediate, non-functional temporization and avoided occlusal contacts. This conservative step helps reduce micromovement risk during early integration.
3. Abutment strategy matters. “One abutment, one time” was followed, helping to reduce repeated disconnection/reconnection. In esthetic single-tooth cases, this can assist with soft-tissue stability around the transmucosal component.

Alpha-Bio Tec’s Perspective 

Alpha-Bio Tec’s portfolio includes implant, prosthetic, surgical, regenerative, and digital solutions that support such anterior workflows—from planning to temporization. Educational resources (academy, online education, and a resource center with catalogs and libraries) are emphasized in the company’s website analysis, aligning with clinicians who value training and case-based learning.

For teams building confidence with immediate protocols, Alpha-Bio Tec provides structured training modules and video libraries across implant selection, prosthetics, CAD/CAM, and guided surgery workflows, as listed in internal onboarding materials. These resources can help clinicians standardize the steps shown in this case (planning, placement, abutment strategy, and temporization) within their own practice ecosystem.

Conclusion

Immediate implantation with non-functional temporization in the esthetic zone demands careful case selection, digital planning, and a disciplined prosthetic protocol. In the documented case, a MultiNeO™ CS implant with the NiNA™ surface was placed in D3 bone with 23 Ncm torque and 72 ISQ, followed by a provisional crown out of occlusion and a two-month review prior to finalization. Clinicians considering similar workflows can explore Alpha-Bio Tec’s education pathways and product documentation to support safe decision-making and consistent implant workflows.