A dental radiologist's 2026 workflow: from acquisition to shared report

A dental radiology practice in 2026 runs differently than it did in 2016. The acquisition hardware hasn't changed much — the same CBCT scanners from Carestream, Planmeca, Vatech, Sirona, Morita and NewTom still dominate the market — but everything downstream has been reworked.

This article walks through a modern end-to-end workflow, from patient arrival to shared report delivery, with the tooling decisions that replaced the 2010s baseline.

The old baseline (2016)

Patient arrives. Receptionist checks them in on desktop practice management software. Technician positions patient at scanner, runs acquisition in Romexis or CS Imaging. Scan lands on the scanner workstation. Radiologist walks over to that workstation or remotes in, opens the study, writes the report in Word, saves a PDF. Staff burns a CD with the DICOM and viewer, prints the PDF, hands both to the patient or mails them to the referring dentist.

Turnaround: 1–5 business days. Multiple copies of the data on CDs, USB sticks, email attachments and an occasional lost courier envelope.

The 2026 baseline

Here's what has replaced each step.

Check-in

Tablet-based self-check-in or QR code from a booking confirmation email. Patient signs the informed consent on the tablet (Spanish, English or other local languages). Signed PDF lands in the practice management system automatically.

The tablet is usually an iPad running a web-based check-in form. Native apps are unnecessary for this workflow.

Scanner acquisition

This step hasn't changed much. The scanner runs its native software (Romexis, CS Imaging, Ez3D-i, Sidexis, i-Dixel, NNT depending on brand) and writes DICOM to the scanner workstation.

What changed: instead of the DICOM living on that one Windows workstation forever, a small sync service watches the scanner output folder and uploads new studies to the practice's cloud storage within seconds of acquisition.

Patient handoff

Before the patient leaves the chair, the technician sends them a link to their study via SMS or email. The link opens in any browser — phone, tablet, laptop — and shows a simplified patient view of the scan with the relevant area highlighted.

The patient doesn't need an account. The link is time-limited and can be revoked. No CDs, no PDFs, no mail delays.

See our patient sharing workflow.

Radiologist reading

The radiologist reads from wherever they are. In 2016, that meant a dedicated workstation in the clinic. In 2026, it's a MacBook on the couch, an iPad Pro in a coffee shop, or a Linux box at home — whatever the radiologist prefers.

The browser-based viewer handles MPR, panoramic curve, oblique reconstruction, measurements and 3D render. For surgical guide design or complex orthognathic planning, the radiologist still opens Romexis or OnDemand3D on their desktop — but those cases are 10–20 % of volume, not 100 %.

Report authoring

Reports are authored in a structured template, not free-form Word docs. Templates include the indication, acquisition parameters, findings (standard anatomy, incidental findings, pathology), measurements, recommended follow-up and dose.

Voice-to-text via Dragon Medical, OS-native dictation or a specialized dental dictation tool is standard. Radiologists who still type reports are the minority.

Some practices add AI-assisted first-pass drafts — the AI flags incidental findings (sinus opacifications, TMJ erosions, impacted teeth), the radiologist reviews and edits. Net time savings: 30–50 % per report in measured studies.

Report delivery to referring dentist

The signed report and the viewer link are emailed to the referring dentist. The dentist opens the link, sees the scan with the radiologist's annotations, reads the PDF report, asks follow-up questions via a thread on the study page if needed.

No install required at the dentist's office. The dentist can be on a 2015 iMac, a 2024 Surface, or an iPad Pro — all work.

Archiving

Studies live in the cloud indefinitely or until the retention policy deletes them (typically 7–10 years under local medical data laws). Automated backup to a secondary provider; encryption at rest with AES-256; access logs retained for 6+ years.

No more stacks of CDs in a back room.

The numbers

Rough turnaround times in a well-run 2026 practice:

• Patient arrival to scan complete: 20 minutes
• Scan complete to patient link sent: 2 minutes
• Scan complete to radiologist first pass: 30 minutes to 4 hours
• Radiologist first pass to signed report: 30 minutes
• Signed report to referring dentist: instant (email + link)

Total turnaround: 1–4 hours instead of 1–5 business days.

The tooling stack

What a mid-size dental radiology practice in 2026 typically runs:

• Scanner: whatever you bought in 2018–2023 (still going strong)
• Scanner software: native, for acquisition only
• Sync service: watches scanner folder, uploads to cloud
• Cloud viewer + sharing: CBCTHub, Orthanc, or similar
• Report authoring: structured template in viewer, or dedicated report tool
• Dictation: Dragon Medical, built-in OS dictation, or AI-assisted
• Email / SMS: automated delivery to patient and referring dentist
• Practice management: existing PMS (Dentrix, Eaglesoft, Open Dental, etc.)
• Accounting: existing accounting software

The "new" parts are the sync service and the cloud viewer. Everything else is familiar, just better integrated.

What still hasn't changed

The radiologist's skill. Reading a CBCT well still requires years of training and clinical judgment. No tool replaces that. What the 2026 workflow does is remove friction from everything around the reading so the radiologist spends more time on interpretation and less on file logistics.

The scanner physics. kVp, mA·s, FOV and voxel size still drive image quality and dose. The ALARA principle still applies.

Patient anatomy. Teeth are still teeth; jaws are still jaws; nerves and sinuses still lie where they always did.

Summary

A 2026 dental radiology practice delivers reports in hours instead of days, with less staff time spent on logistics and more on interpretation. The shift is mostly organizational and software-level — scanner hardware and clinical reading are still largely what they were in 2016.

If your practice is still burning CDs and mailing reports, you're not behind on technology in some abstract sense; you're leaving hours of staff time on the table every week. The switch is a project, but a small one. Most of the tooling is ready off the shelf.