Clinicians switching between the charting view and a separate imaging system to cross-reference what an X-ray shows for a specific tooth against the treatment planned for it?
Periodontal charting still done on paper or in a slow module because the practice management system's perio tool is too cumbersome to use chairside during a live exam?
Dental Charting Software Development
Dental charting is a specialised clinical data problem. Conditions, restorations, perio measurements, and radiographic findings all attach to specific tooth surfaces -- not to a patient record in the abstract. Generic EHR tools that treat the mouth as a single clinical entity cannot represent that structure accurately, which is why clinicians end up working around the software instead of with it.
We build custom dental charting software for practices, groups, and DSOs that need tooth-level clinical data managed precisely. Condition and treatment notation per surface, periodontal charting with sequential exam comparison, digital imaging integrated directly into the chart view, and treatment plan sequencing built for how clinicians actually document and present care.
Tooth-level condition and treatment notation
Periodontal charting with trend tracking
Digital imaging integration
Treatment plan sequencing and case presentation
Custom dental charting software solves a data structure problem that generic EHR tools cannot handle well. Dental clinical data is tooth-specific -- conditions, restorations, periodontal measurements, and radiographic findings all attach to individual tooth surfaces, not to a patient record in the abstract. RaftLabs builds dental charting systems that support Universal and FDI tooth numbering, surface-level condition and treatment notation, six-point periodontal probing with trend tracking across sequential exams, digital imaging displayed in context of the chart view, and multi-phase treatment plan management with case presentation -- all stored in HIPAA-compliant encrypted records with role-based access and audit logging.
HIPAAAware architecture
·Tooth-levelClinical records
·FixedCost delivery
·12-14Week delivery cycles
Dental charting built for clinical precision, not generic healthcare records
Dental clinical data has a structure that is unlike any other specialty in healthcare. Every condition, every restoration, every probing depth, and every radiographic finding attaches to a specific tooth -- and often to a specific surface of that tooth. A mesial caries on tooth 14 is not the same as a distal caries on tooth 14, and the treatment planned, completed, and billed must reflect that distinction at the surface level. Generic EHR and electronic health record platforms are not built around this model. They hold patient demographics, medical history, and encounter notes well. They do not hold six-point perio grids, surface-specific restoration maps, or tooth-linked radiographic annotations accurately.
The practical consequence is charting workflows that force clinicians to work around the software. Perio measurements recorded on paper and transcribed later. Imaging stored in a separate viewer with no connection to what the chart shows for that tooth. Treatment plans built in a document rather than a structured workflow that tracks status per procedure. Custom dental charting software solves this by building the data model around the tooth from the start -- so clinical documentation reflects the actual structure of dental care, not a compromise imposed by a system designed for a different specialty.
What we build
Tooth-level condition and treatment charting
Universal and FDI tooth numbering with full adult and primary dentition support. Surface-level condition notation covering decay, existing restorations, missing teeth, implants, crowns, veneers, and sealants -- each recorded at the specific surface where the condition exists. Treatment status tracked per surface: planned, in progress, and completed, with the date of completion recorded. Clinical notes attached to individual teeth so the clinician can document a finding or a treatment decision in context. Historical treatment view showing every condition and procedure recorded for each tooth across the full patient history, with dates visible at a glance.
Periodontal charting
Six-point probing depth recording per tooth with buccal and lingual measurements captured for each of the three sites. Bleeding on probing, furcation involvement, tooth mobility, and recession measurements recorded in the same exam session. Sequential perio exam comparison so the clinician can view probing depths from the current exam alongside measurements from the previous one or more exams -- progression and improvement are visible without leaving the chart view. Automated perio risk classification based on recorded measurements so high-risk patients are flagged for monitoring interval adjustments. Perio chart export for specialist referral documentation.
Treatment plan management
Multi-phase treatment plan creation with priority sequencing across phases. Procedure items linked to specific teeth and surfaces so the plan reflects the clinical chart directly. Case presentation view showing planned work by phase with the fee estimate and insurance portion calculated for each item -- the patient is looking at their actual cost before the treatment conversation begins. Pre-authorisation linkage per treatment item for procedures that require prior approval. Treatment plan acceptance recording with digital signature. Pending plan tracking dashboard showing all unsigned plans by patient, provider, and total value. Plan amendment workflow for cases where treatment scope changes after the plan is accepted.
Digital imaging integration
Bitewing and periapical X-ray display in context of the chart view so the clinician is not navigating to a separate imaging application to see what a radiograph shows for a specific tooth. Intraoral camera image attachment per tooth, linked to the visit date and the clinical note for that appointment. CBCT integration where applicable for practices with cone beam imaging in their clinical workflow. Radiographic findings notation linked to tooth-level chart entries so the imaging record and the clinical record are connected -- a finding noted on a radiograph appears against the relevant tooth in the chart without the clinician entering it twice.
Clinical notes and templates
Appointment-specific clinical notes with structured templates by procedure type -- a restorative appointment template captures different fields than a periodontal maintenance template. Voice-to-text input for clinicians who prefer to dictate rather than type chairside. Notes linked to specific teeth in the chart so the documentation is in context with the clinical record rather than a separate free-text block attached only to the appointment. Previous visit notes accessible from the current appointment view without navigating away from the chart. Configurable template library managed by the practice administrator, not requiring a software update to add a new procedure type.
HIPAA-compliant record storage
Encrypted storage for all clinical records, periodontal charts, and patient images with access controls applied at both the record and field level. Role-based access management so clinical staff see clinical records, billing staff see billing records, and administrative staff see scheduling records -- with audit logging recording every access and every change. Patient consent documentation stored against the patient record. Record export for specialist referral and insurance pre-authorisation in standard formats. Data retention workflows for records subject to state-specific retention requirements. Business Associate Agreement coverage for all data handling in the system.
Frequently asked questions
We build support for Universal Numbering (the US standard, teeth 1 to 32 for adults) and FDI Two-Digit Notation (the international standard used in Australia, the UK, and most of Europe). Primary dentition is supported in both systems using the appropriate notation -- letters A through T in Universal, and the FDI primary quadrant designations. The choice of numbering system is a configuration decision made during scoping based on where your practice operates and what your clinical team is trained on. If your practice operates across markets with different conventions, we can build the system to display either notation per user preference or per location.
Yes. Integration approach depends on which imaging system you use. Systems that expose a DICOM interface or a documented API -- Dexis, Schick, Planmeca, and others -- can share image data directly with the chart view. For systems without an open API, we use a local bridge that monitors the imaging software's storage directory and pulls new images automatically. During scoping we confirm the specific integration method for your imaging setup, because API access and image export behaviour varies by software version and installation configuration. The goal is the same in either case: images display in context of the tooth they belong to without the clinician switching applications.
Speed is a design requirement, not an afterthought. Perio charting in a busy practice has to keep pace with the clinician dictating measurements while the assistant records them -- or with the clinician entering measurements themselves between probing sites. The input interface uses keyboard navigation optimised for sequential six-point entry so the data entry path matches the physical probing sequence. Voice input is available as an alternative for practices where the assistant records measurements verbally. Automatic comparison to the previous exam loads immediately when the current exam is opened, without a separate report step. The full perio chart for a standard adult dentition can be completed in the time it takes to conduct the exam.
In most cases, yes. If your existing practice management system has an API or a documented integration layer, the charting module can be embedded or deep-linked so the clinician moves from the PMS to the chart view without re-authenticating or re-entering patient context. Patient data -- demographics, appointment history, and existing records -- pulls from the PMS rather than requiring a parallel database. Changes made in the chart push back to the PMS record. We confirm the specific integration scope during scoping based on your PMS, its version, and the API access available. Some older PMS installations have limited API access, which we identify before quoting rather than after starting the build.