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Ep. 663 - CBCT, AI, and Implant Success: Insights from Dr. Steven Vorholt

Ep. 663 - CBCT, AI, and Implant Success: Insights from Dr. Steven Vorholt

In this episode, we’ll break down what to look for when purchasing a CBCT machine—and why the features a salesman highlights may...

The Dr. Phil Klein Dental Podcast Show · Viva Learning LLC

April 28, 202542m 0s

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Show Notes

Is CBCT imaging the missing piece in your practice? When considering CBCT technology, are you focusing on the features that salespeople highlight or the factors that truly matter for daily clinical use?

Dr. Steven Vorholt is a board-certified dental implant specialist practicing in Santa Barbara, California. He earned his Doctorate of Dental Surgery from The Ohio State University in 2013 and achieved Diplomate status in the American Board of Oral Implantology in 2021 and Fellow in the American Academy of Implant Dentistry in 2022. Dr. Vorholt has helped over 1,000 dentists place their first implants and has educated thousands more through lectures, webinars, and his podcast "The Full Arch Podcast." He has presented at the AAID Annual Conference and lectures nationally on dental implant topics.

This discussion reveals the critical factors for selecting CBCT technology that will serve your practice for years to come. Dr. Vorholt shares insights from 10 years of CBCT experience and explains why the features salespeople emphasize may not align with clinical reality. The conversation explores how modern CBCT software with AI integration is transforming diagnostic capabilities and patient case acceptance.

Episode Highlights:

  • Field of view selection should prioritize future growth over current needs, with 12x10 being the minimum for comprehensive sinus evaluation and 12x17 unlocking zygomatic implant planning. An 8x8 field of view severely limits treatment options for sinus grafting since it cannot capture the osteomeatal complex required for proper diagnosis.
  • Voxel size of 0.2 or better provides adequate diagnostic quality for most implant procedures, while 0.07 voxel detail is primarily beneficial for endodontic applications. Modern machines achieve 0.0825 voxel resolution in 5x5 scans, though the practical difference becomes negligible for routine implant planning.
  • Native CBCT software capabilities eliminate the need for third-party programs and enable real-time patient education during consultations. AI integration now automates panoramic curve generation, intraoral scan alignment, and bone segmentation in under 30 seconds, reducing chair time from 10 minutes to near-instantaneous processing.
  • Offering complimentary CBCT scans increases case acceptance by revealing previously undiagnosed pathology and demonstrating high-tech capabilities to patients. The cost recovery through increased treatment planning and patient confidence outweighs the nominal expense of electricity and equipment amortization.
  • Wall-mounted CBCT units require minimal floor space compared to traditional floor-standing models, making retrofitting possible in existing practices with space constraints. The technology enables same-day surgical guide design and 3D printing, reducing treatment timelines from days to hours.

Perfect for: General dentists considering CBCT technology, implant surgeons seeking to optimize their imaging workflow, practice owners evaluating equipment purchases, and dental teams looking to enhance diagnostic capabilities and case acceptance.

Discover why CBCT imaging has become essential technology for modern dental practice and how to select the right system for your clinical needs.

Topics

dentaldentistViva Learning OriginalsArtificial Intelligence and Advanced TechnologiesCone Beam CTImplants