CBCT Planning for Dental Implants — Why 3D Imaging Matters

CBCT (Cone Beam CT) provides the 3D anatomical detail essential for safe, predictable implant planning. At Stunning Dentistry, CBCT is standard for all implant cases — included in your assessment on Day 1. If you already have a CBCT, upload it and we'll review within 48 hours.

Why 3D CBCT > 2D X-rays for Implants

Information	2D X-rays	3D CBCT
Bone height (vertical)	Estimated only	Precise to 1mm
Bone width (mesiodistal)	Estimated only	Precise to 1mm
Bone density assessment	Limited	Detailed, precise
Nerve location (IAC, mental)	Estimated from 2D	3D visualization, precise
Sinus floor anatomy	Estimated	Complete 3D map
Adjacent root proximity	Estimated	Visible in 3D
Pathology detection	Limited (cysts, lesions unclear)	Detailed identification
Implant planning	Risky — many unknowns	Precise, safe planning

Critical Information CBCT Reveals

3D bone volume measurements: height, width, density at every implant site
Precise inferior alveolar nerve location: critical for lower jaw implants to avoid nerve damage
Mental foramen anatomy: ensures anterior implant placement avoids nerve exit point
Maxillary sinus floor mapping: determines if tilted implants can avoid sinus or if sinus lift needed
Adjacent tooth root positions: prevents implant placement adjacent to neighbouring teeth
Pathology identification: cysts, bone lesions, retained tooth roots, infections
Bone quality assessment: distinguishes dense cortical bone from softer trabecular bone
Previous implant/restoration visualization: shows existing work for revision planning

CBCT Equipment and Protocol at Stunning Dentistry

Equipment: Planmeca ProMax 3D — high-resolution CBCT with low-dose protocol, reducing radiation to ~1/5 compared to older systems.

Performed: Day 1 of your visit as part of initial assessment — no delays or scheduling issues.

Analysis: Same-day review by Dr. Sethi and planning team — digital models created and overlaid with proposed implant positions.

3D planning software: Implant Studio or SimPlant for digital implant positioning and surgical guide design.

Guide fabrication: In-house 3D printing — final guide ready typically by Day 1 evening or Day 2 morning for surgery.

Uploading Your Existing CBCT

If you already have a CBCT from Canada: request DICOM files (digital imaging files) from your dental radiologist or clinic.

Upload: Send DICOM files through our patient portal — secure, encrypted file transfer.

Review timeline: Our team reviews within 48 hours and provides a full treatment plan with CAD pricing.

Benefit: Expedites your Day 1 in Delhi — often you can proceed straight to treatment planning rather than repeating imaging.

Cost savings: Eliminates duplicate CBCT costs if your existing scan is recent (<6 months) and high quality.

Note: If your scan is >1 year old or poor quality, a fresh CBCT at SD (low additional cost) provides better planning precision.

Frequently Asked Questions

How much radiation is in a CBCT?

Planmeca ProMax 3D uses a low-dose protocol: approximately 50–100 microsieverts (µSv) for a full-mouth scan. For comparison: panoramic dental X-ray is 2–5 µSv, one cross-country flight exposes you to 40 µSv of cosmic radiation. CBCT radiation is safe and justified by the diagnostic benefit.

Can I use my Canadian CBCT?

Yes, if it's recent (<6 months) and high resolution. Send DICOM files to our team. We review within 48 hours. If your scan is older or lower quality, a fresh CBCT at Stunning Dentistry (low cost, included in pricing) provides more accurate planning.

What if I've never had a CBCT?

No problem. CBCT is standard at Stunning Dentistry and included in your Day 1 assessment — at no additional cost. We perform CBCT on everyone for comprehensive 3D planning.

Does CBCT determine if I'm a candidate for implants?

CBCT is essential for determining candidacy and optimal protocol. It shows bone volume/quality, identifies vital structures, detects pathology, and guides protocol selection (All-on-4, All-on-6, zygomatic, etc.). Without CBCT, candidacy assessment is incomplete.