In endodontics, imaging availability is part of clinical availability.
CBCT scans, periapical images, referral documents, specialist reports, and image transfers can affect how quickly the clinician can diagnose and treat.
The IT environment therefore has to support the full path from acquisition workstation and network to storage, patient record, referral workflow, backup, and security controls.
Do not troubleshoot CBCT as a generic desktop problemA CBCT failure can originate in acquisition, device software, licensing, the viewer, the bridge, network transfer, storage, or patient association.
Restarting a workstation may temporarily clear a symptom without identifying the actual failure. The more useful question is where the imaging path stops working.
Endodontic practice with CBCT and referrals running on disconnected systems? Find out in 15 minutes if we are the right fit.
Support the larger imaging workflow around acquisition, viewing, storage, and clinical access
The page treats CBCT as a clinical imaging workflow with specialized workstation, software, storage, network, and access requirements rather than as an ordinary desktop application.
Acquisition and viewing workstations need to match the imaging workflow and provide dependable access to the studies the clinician needs.
PerformanceStorage + Network Transfer
Larger imaging datasets put more pressure on storage capacity, network transfer, and reliable retrieval from the intended clinical location.
Clinical IntegrationPMS + Imaging + Patient Association
The imaging path has to reach the correct patient context so a technically successful scan is also clinically usable.
Imaging rule: availability means more than successful capture. The clinician still has to be able to save, retrieve, and use the study in the intended workflow.
Referral speed depends on secure data exchange
Design the referral path so clinical information moves securely and can be confirmed at the other end
The page emphasizes approved transfer channels, correct patient association, accountable access, clear naming, confirmed receipt, retention, backup, and fast support when the transfer path breaks.
01Prepare the Correct Case
Use the correct patient association, clear naming, and the intended clinical files rather than loosely assembled copies.
02Use an Approved Transfer Path
Move radiographs, CBCT studies, notes, and reports through defined secure channels instead of ad hoc personal email or consumer file sharing.
03Control Access
Access should be tied to accountable users and removed promptly when staff leave or no longer need the workflow.
04Confirm Receipt + Support
The workflow should confirm successful receipt and have a fast support path when transfer, access, or retrieval breaks.
A referral workflow is only fast when the correct information arrives securely and the receiving side can actually open it.
Support the imaging environment without crossing clinical and regulatory boundaries
Keep the X-ray environment reliable, secure, backed up, and supported
The page separates the IT role around New York radiation-producing equipment from the practice’s clinical and radiation-safety responsibilities, and it also emphasizes recovery of the imaging environment itself.
IT ResponsibilitySupport the Environment Around the Equipment
Coordinate acquisition computers, drivers, storage, network connectivity, image access, security, and support without claiming to replace radiation registration, exposure protocols, clinical selection criteria, or interpretation.
Recovery ResponsibilityBack Up More Than the PMS
The practice should know where CBCT data is stored, how fast it is growing, whether it is local, server-based, vendor-managed, or cloud-hosted, and how the systems needed to access those images will be restored.
Answer the four questions that narrow a CBCT problem from a vague workstation complaint into a specific acquisition, save, storage, network, or retrieval layer.
Four checkpoints from device to clinical retrieval
Find where the imaging path stops working.
The page recommends asking whether the device can acquire, whether the workstation can save, whether the network can reach storage, and whether the clinician can retrieve the study in the intended workflow.
Reset Trace
01
AcquisitionCan the Device Acquire?
Confirm that the CBCT system can actually create the study before moving farther downstream.
If no, inspect acquisition computer, device software, licensing, and local device-side dependencies.
Yes
No
02
WorkstationCan the Workstation Save?
Successful capture is not enough if the acquisition workstation cannot save or hand off the study correctly.
If no, inspect workstation storage, software, permissions, and the save or export path.
Yes
No
03
Network + StorageCan the Network Reach Storage?
The study still has to reach the server, vendor-managed repository, or other intended storage location reliably.
If no, inspect network transfer, storage reachability, access, and related infrastructure.
Yes
No
04
Clinical RetrievalCan the Clinician Retrieve It?
The final test is whether the study is available in the intended clinical workflow and correct patient context.
If no, inspect viewer, bridge, patient association, permissions, and retrieval workflow.
Yes
No
This is a troubleshooting framework, not an automated diagnostic test. Its purpose is to narrow the technical layer before random changes are made.
Frequently Asked Questions
Yes. Ekim IT Solutions supports the technology environment surrounding CBCT and other dental imaging systems. For endodontic practices, this can include acquisition and viewing workstations, imaging software, storage, networking, backups, secure clinical access, workstation performance, and vendor coordination, with proprietary equipment or software issues escalated to the manufacturer when required.
No. The current AAE and AAOMR joint position statement says CBCT should not be used routinely and instead supports selective, indication- and patient-specific use. The guidance emphasizes clinical judgment, existing imaging, the diagnostic question, and minimizing unnecessary radiation exposure. The current statement was released in 2026 and is titled the 2025 Update to the joint position statement on the use of CBCT in endodontics.
Yes. New York regulates radiation-producing dental X-ray equipment and requires applicable installations to be registered with the appropriate radiation-control agency. Outside New York City, registration is handled through the New York State Department of Health; within New York City, registration is handled by the New York City Department of Health and Mental Hygiene. New York also maintains dental radiographic installation, inspection, and quality-assurance requirements.
Yes. Ekim IT Solutions provides remote dental IT support nationwide, with on-site support across New York and New England. Endodontic practices can use Ekim for remotely manageable work involving dental software, imaging infrastructure, workstations, networks, cybersecurity, backups, storage, cloud systems, user access, and vendor coordination.
Could an image transfer failure delay a diagnosis in your practice right now?
Ekim IT Solutions supports endodontic technology as one connected clinical environment for New York practices, from the acquisition workstation and network to the patient record, referral workflow, backup, and security controls.
IT built to protect endodontic referral speed and imaging.