Digital Implant PlanningHow the Scan, the Software, and the Surgical Guide Decide the Outcome Before the Drill Touches Bone

This page is the category hub. It explains why digital planning matters, which technologies we use at Stunning Dentistry, and how the cost lines up against the scan-and-guide workflow you would receive from a New Zealand implantologist in Auckland, Wellington, or Hamilton. It links down to the two clinical sub-pages where the procedures themselves are documented in depth: CBCT-based implant planning, and guided implant surgery.

Precision and our own lab. The planning, the printing, and the quality control all happen under one roof. We run an in-house dental lab and our own 3D printer, a SprintRay Pro 95, so the surgical guide is designed, printed overnight, and checked by our own QA team rather than outsourced and shipped. Implant fixtures are placed from the systems New Zealand implantologists are trained on, Straumann, Nobel Biocare, and Osstem. The digital chain runs on NZD/CAM workflows and TRIOS 3Shape intraoral scanning, the same protocol you would receive in Auckland, Wellington, or Hamilton; what changes is the bench depth and the cost.

Trust strip. Lifetime Warranty (written) | 25+ super-specialists | Forbes Best Dental Clinic India, 4 years <!-- TODO(Shashank): verify Forbes category/years --> | AAID / AACD / BACD affiliations | 10-year open file with milestone reviews | Dr. Priyank Sethi, lead clinician.

Read before you decide. Why India for Dental Treatment and Why Stunning Dentistry set out the wider case for treating here. If you are weighing implants abroad against other destinations, see India vs Bali and India vs Turkey, and the evidence on are dental implants abroad safe?

That workflow produced two predictable failure modes:

• Prosthetically-compromised implants. The implant osseointegrated successfully, but the angulation forced the lab to build a screw-retained crown with the access hole through the buccal surface, or to build a cement-retained crown with a bulky cantilever. Aesthetics suffered, occlusion suffered, and long-term maintenance was harder.
• Bone-violation incidents. The surgeon under-estimated proximity to the inferior alveolar nerve, the maxillary sinus, the nasopalatine canal, or an adjacent root. Most went unnoticed at the time and surfaced as paraesthesia, sinus communication, or root resorption months later.

CBCT scanning, planning software, and printed guides collectively eliminated both failure modes for the cases that adopted them. The 2017 ITI Consensus Conference and the 2021 European Association for Osseointegration consensus statements both moved guided implant surgery from "optional adjunct" to "standard of care for any case where the prosthesis is non-trivial."

The New Zealand implantology community moved with this consensus. Most senior New Zealand implantologists today plan their cases in NobelClinician, coDiagnostiX, or Implant Studio. What you receive in Hyderabad is the same workflow.

Stunning Dentistry uses the Carestream CS 9600 unit. We chose it specifically for its 75-micrometre voxel resolution, which is the resolution at which the trabecular bone pattern becomes diagnostically interpretable for implant primary stability prediction. Lower-resolution scanners (200-micrometre or coarser) cannot reliably distinguish dense from porous bone in the same region, and the surgeon ends up making torque decisions during placement rather than during planning.

The full procedure is documented at /treatments/digital-implant-planning/cbct-planning/, including dose comparisons, the Carestream specifications, the bone-density classification system we use, and the case-by-case examples where the scan rewrote a treatment plan.

2. Guided Implant Surgery

This is the placement step. Once the digital plan is finalised in NobelClinician or coDiagnostiX, the software exports a surgical-guide design file. We print the guide overnight on a SprintRay Pro 95 in dental-grade biocompatible resin, sterilise it, and seat it on your teeth on the day of surgery. The guide has metallic sleeves at each implant site that physically constrain the drill to the planned trajectory and depth.

There are two sub-types: static guides, which sit on your teeth and do not move, and dynamic navigation, where the surgeon's drill carries an optical tracker and the implant position is verified in real time on a screen. Static guides cover roughly 90 per cent of cases. Dynamic navigation is reserved for full-arch zygomatic placement and complex maxillofacial-prosthetic cases where the printed-guide footprint would obscure access.

The full procedure is documented at /treatments/digital-implant-planning/guided-surgery/, including the static-vs-dynamic decision criteria, the printing tolerances we hold, and the verification protocol that runs at the start of every guided case.

Compared to the equivalent line items at a New Zealand implant practice ($700–$1,200 for the scan, $1,400–$2,900 for the guide, often both separately invoiced), the workflow itself is not the place where savings are concentrated. The savings are in the implant fixtures, the prosthesis materials, and the surgical and prosthetic time. Digital planning is bundled because it is non-negotiable, not because it is the discount lever.

• Sinus pneumatisation that was not visible on the panoramic. Posterior maxillary cases that looked routine become sinus-lift cases.
• Inferior alveolar nerve proximity below 2 millimetres. Posterior mandibular cases that looked routine become short-implant cases or guided-position adjustments.
• Lingual concavity in the posterior mandible. The freehand trajectory would have perforated the lingual cortex; the guide angulates the implant 8 to 12 degrees more buccally.
• Buccal bone deficiency in the maxillary anterior. A prosthetically-driven plan calls for slightly palatal placement plus a contour graft.
• Trabecular bone density below D4. Primary stability is predicted to be insufficient for immediate loading; the plan shifts to delayed loading.

Each of those decisions is documented in the planning software, signed by two clinicians, and explained to you in the consult. None of them are surprises in the operating room. That is the entire point of the digital workflow.

1. The placing surgeon, Dr. Ravi Sharma (oral and maxillofacial surgery) or one of the senior implant surgeons.

2. The prosthodontist, Dr. Kiran Madhav or one of the implant-prosthodontics directors, reading the scan against the prosthetic end-point.

3. The radiology lead, every case where the inferior alveolar nerve, the maxillary sinus, or any pathology is within 3 millimetres of a planned implant gets a third read.

4. Dr. Priyank Sethi countersigns the final plan on every full-arch and every aesthetically-critical case.

That is a four-clinician read on a single scan. The CBCT page documents two specific cases from our 924-case series where the four-read protocol caught a missed pathology that a solo read would have missed. The protocol exists because of those cases.

• If you are within a 90-minute drive of a major New Zealand city, the local scan is useful for treatment-planning conversations before you book travel. Most New Zealand radiology centres charge $500–$750 send the DICOM file by secure transfer, and our Hyderabad team can plan from it.
• If the scan is more than two weeks old by the time you arrive, we re-scan in-house. Bone changes, restorations are added or replaced, and the planning protocol requires a recent volume.
• If you are flying in for a consult-and-decide visit, we scan you in-house on day one, plan on day two, and you go home with the plan and the quote. No New Zealand scan needed.

In all three pathways, the scanning cost is reconciled against your treatment quote: a New Zealand-paid scan is refunded as a credit on your final invoice if you proceed with treatment.