Implant-focused practices combine high-demand 3D clinical technology with a high-value consultation workflow. CBCT reconstruction, surgical planning, chairside presentation, photography, and financing all depend on the IT environment working fast enough to keep the consultation moving.
That makes workstation specifications, DICOM integration, patient-facing displays, documentation storage, and consultation-system integrations part of the clinical experience rather than ordinary back-office IT.
The CBCT Workstation Is the Foundation
The workstation running CBCT reconstruction software is one of the most important performance points in an implant-focused practice.
Planmeca Romexis 7 AI features require 32GB RAM and a dedicated NVIDIA GPU that meets the manufacturer’s VRAM requirements. An underpowered workstation can slow 3D reconstruction enough to extend consultations and reduce daily case capacity.
Florida implant practice? See if your IT can keep up with the case load.
Surgical Planning Depends on More Than the Planning Software
Nobel Clinician, Straumann coDiagnostiX, and Materialise ProPlan CMF workflows depend on the CBCT data path, compatible workstation hardware, and reliable output into the next stage of the case.
DICOM InputConnect the CBCT Data CorrectlyThe planning workflow begins with a verified DICOM path from the CBCT system into the surgical planning software.
WorkstationMatch GPU and Processing RequirementsPlanning software can carry its own workstation requirements, and some practices use a dedicated surgical planning workstation separate from the primary CBCT viewing station.
Guide OutputVerify the Fabrication HandoffGuided surgery workflows that produce stent files for 3D printing require the next integration step into the printer or external stent fabrication laboratory.
The Consultation Room Is Part of the Technology Stack
A full-arch implant consultation can depend on 3D visualization, patient-facing displays, photography, and financing workflows all being available at the same moment.
Presentation DisplayGive the Patient a Clear 3D ViewThe consultation display should be capable of presenting CBCT reconstruction and treatment-simulation software at a resolution that supports the visual case presentation.
Photo + VideoKeep Documentation in the Patient RecordPre-treatment photography, 12-point or 18-point photo series, and post-treatment documentation should be stored, backed up, and managed with HIPAA in mind.
FinancingKeep the Checkout Handoff ConnectedCareCredit, Lending Club Patient Solutions, Proceed Finance, or similar financing platforms need confirmed integration into the consultation and PMS checkout workflow.
One Implant Consultation Can Touch Four Different IT Workloads
The pressure on the technology stack comes from multiple high-demand workflows converging during the same patient journey.
3D ReconstructionCBCT Processing3D reconstruction puts direct pressure on workstation compute, graphics, and memory resources before the planning conversation even starts.
PlanningSurgical Planning + DICOMThe case then moves into planning software that must receive the scan correctly and process the treatment plan on compatible hardware.
PresentationChairside 3D VisualizationThe patient-facing display adds another active 3D workflow during the consultation, particularly for treatment simulation and full-arch case presentation.
DocumentationPhotography + Case StoragePhoto and video documentation increase local or cloud storage needs and become part of the practice backup architecture.
Run the Implant Consultation Workflow Load Test
Turn on the workloads your practice uses during an implant case. The pressure bars show where those workflows stack up across compute, graphics, storage, and network resources.
Frequently Asked Questions
CBCT workstation requirements depend on the imaging system, scanner, software version, and planning features being used. For example, current Planmeca Romexis requirements range from 8GB to 32GB of RAM for different 3D acquisition environments, with additional memory and dedicated graphics recommended or required for advanced segmentation and surgery workflows. Ekim IT Solutions verifies each workstation against the manufacturer’s current requirements before hardware is purchased.
Yes. Ekim IT Solutions supports the technical environment used for implant planning software, including CBCT data transfer, DICOM-compatible workflows, workstation configuration, network connectivity, and integrations supported by the imaging and planning platforms. Implant planning systems such as DTX Studio Implant and coDiagnostiX use CBCT and other digital patient data, but compatibility should be verified for the specific software versions and equipment in use.
Yes. Ekim IT Solutions can support consultation-room displays, secure clinical image storage and backup, imaging software used to explain treatment options, and patient financing technology used during implant consultations. Integration with the practice management system depends on the financing, imaging, and PMS platforms selected by the practice.
Yes. Ekim IT Solutions supports implant-focused dental practices throughout Florida with managed IT, CBCT workstation planning, dental imaging and surgical planning technology, patient presentation systems, cybersecurity, backups, and technology that supports HIPAA compliance.
Converting high-case-value consultations at a rate that matches ClearChoice’s standardized technology?
Ekim IT Solutions serves dental practices across Florida and nationally from our Tampa Bay office at 600 N Westshore Blvd, Suite 701. We build the CBCT planning, chairside imaging, and treatment simulation technology your implant consultations need to compete.
IT built to compete with implant-focused DSO technology.
Ezra Angelo
