ClearDent
Step-by-step implementation guide β pre-implementation checklist, onboarding, staff training, go-live runbook, and ROI tracking.
ClearDent β Implementation Playbook (DSO)
ClearDent Practice Management Implementation Playbook
A Strategic Deployment Guide for Dental Support Organizations
1. Executive Summary
What ClearDent Does
ClearDent is a comprehensive cloud-based practice management platform that unifies scheduling, charting, treatment planning, billing, patient communications, and business intelligence into a single integrated system. Its AI-powered features include automated appointment optimization, predictive analytics for patient retention, intelligent insurance verification, and real-time operational dashboards that aggregate data across unlimited locations.
Why DSOs Specifically Benefit from This Category of AI
Practice management platforms with embedded AI capabilities deliver exponential value at DSO scale for three critical reasons:
Data Aggregation Power: With 15β50 locations generating thousands of daily transactions, ClearDent's AI can identify patternsβrevenue leakage, scheduling inefficiencies, treatment acceptance trendsβthat would be invisible at the single-practice level. Cross-location benchmarking becomes automatic rather than a quarterly exercise.
Standardization Without Rigidity: A centralized platform enforces operational consistency (coding standards, scheduling protocols, reporting definitions) while allowing location-level flexibility where it matters. This solves the perennial DSO challenge of balancing autonomy with accountability.
Operational Leverage: One configuration change, one workflow update, one new report can propagate across all locations instantly. Your central operations team gains capacity to manage growth without linear headcount additions.
Expected Timeline: Decision to Full Deployment
| DSO Size | Pilot Phase | Full Deployment | Total Timeline |
|---|---|---|---|
| 15β25 locations | 6β8 weeks | 12β16 weeks | 5β6 months |
| 26β40 locations | 8β10 weeks | 16β22 weeks | 6β8 months |
| 41β50 locations | 8β10 weeks | 22β28 weeks | 8β10 months |
These timelines assume concurrent data migration, adequate IT resources, and no major integration complications. Add 4β6 weeks if replacing a legacy system with significant historical data.
2. Pre-Implementation Checklist (Weeks 1β2)
Technical Requirements
Hardware Requirements (Per Location)
β Workstations: Windows 10/11 Pro (64-bit), minimum 8GB RAM, SSD storage recommended
β Servers: N/A (cloud-hosted), but local caching appliance recommended for locations with unreliable internet
β Monitors: Minimum 1920x1080 resolution; dual monitors recommended for clinical workstations
β Peripherals: USB barcode scanners for inventory management, signature pads for consent capture
β Network hardware: Managed switches, enterprise-grade wireless APs (not consumer-grade routers)
Network Requirements
β Minimum bandwidth: 50 Mbps symmetric per location (100 Mbps recommended for 8+ operatories)
β Latency: <50ms to ClearDent cloud infrastructure
β Redundancy: Secondary ISP connection or cellular failover for locations exceeding $40K monthly production β οΈ
β Firewall configuration: Whitelist ClearDent IP ranges and required ports (provided during onboarding)
Software Requirements
β Supported browsers: Chrome (latest), Edge (Chromium-based) β Firefox and Safari not officially supported
β PDF viewer for reports and treatment plans
β Local antivirus exceptions configured for ClearDent processes
β Windows Defender Firewall rules configured
Integration Requirements
β Existing imaging system API documentation (or confirmation of TWAIN/native integration support)
β Digital imaging sensors and panoramic units with compatible drivers
β Payment processing terminal compatibility (verify with ClearDent; Worldpay, Square, and CardConnect confirmed)
β Patient communication platform details (if keeping existing vs. using ClearDent's module)
Vendor Onboarding Steps π΅
| Step | Action | Owner | Timeline |
|---|---|---|---|
| 1 | Execute Master Service Agreement (MSA) and Business Associate Agreement (BAA) | Legal/Compliance + Vendor | Week 1 |
| 2 | Complete enterprise discovery questionnaire | VP Operations + Vendor | Week 1 |
| 3 | Schedule kickoff call with assigned Implementation Manager | Project Lead + Vendor | Week 1 |
| 4 | Receive and review Statement of Work (SOW) with location-specific scoping | Project Lead | Week 1 |
| 5 | Establish dedicated Slack/Teams channel with vendor team | IT + Vendor | Week 1 |
| 6 | Confirm vendor escalation contacts (Account Executive, Implementation Manager, Technical Lead, Executive Sponsor) | Project Lead + Vendor | Week 1 |
Key Vendor Contacts to Establish
- Implementation Manager: Day-to-day project coordination (primary contact)
- Technical Lead: Integration issues, API questions, data migration
- Training Coordinator: Scheduling, materials, champion certification
- Account Executive: Contract modifications, scope changes, executive escalations
- Support Portal: Ticket submission process and SLA documentation π΅
Data/Access Prerequisites
Credentials and Access (Collect Centrally)
β Super-admin credentials for each existing PMS system (Dentrix, Eaglesoft, Open Dental, or other)
β Database backup access and schedules for each location
β API keys for any connected systems (patient communication, insurance verification, online scheduling)
β Imaging system admin credentials and PACS server access where applicable
β Domain admin credentials for SSO configuration
Data Inventory
β Complete patient record counts per location
β Historical appointment data range (how far back to migrate)
β Number of active treatment plans per location
β Outstanding claims and A/R aging data
β Inventory/supply data if managed in current system
β Document/attachment storage volumes (consent forms, uploaded images, correspondence)
Data Cleanup (Pre-Migration Critical) β οΈ
β Deduplicate patient records across locations sharing patients
β Standardize provider NPI and credential data
β Reconcile insurance payor IDs with ClearDent's clearinghouse payor list
β Archive or purge records beyond retention requirements (reduces migration scope and cost)
Estimated Time: Data inventory: 4β6 hours. Data cleanup: 10β30 hours depending on data hygiene. Assign to a dedicated resource.
Internal Stakeholder Alignment
Stakeholder Alignment Map
| Stakeholder Level | Who | Engagement Type | When | Decision Authority |
|---|---|---|---|---|
| Board/Investors | Board members, PE partners | Strategic briefing | Pre-signing, quarterly updates | Budget approval, strategic direction π£ |
| C-Suite | CEO, CFO, Chief Dental Officer | Steering committee | Bi-weekly during implementation | Go/no-go decisions, scope changes π£ |
| VP Operations | VP Ops, VP Clinical | Project sponsor & owner | Daily/weekly | Rollout sequence, escalation decisions |
| Regional Managers | Regional/District managers | Implementation leads | Weekly | Wave readiness, resource allocation |
| Office Managers | Location office managers | Local execution | Pre-wave, daily during wave | Staff scheduling, local issue resolution |
| Providers | Dentists, hygienists, specialists | End users (change recipients) | Training windows, feedback sessions | Clinical workflow input |
| Support Functions | IT, HR, Compliance, Finance | Functional support | As needed | Technical approval, compliance sign-off |
Alignment Activities (Week 1β2)
β Board/Investor Briefing (30 min): Investment rationale, expected ROI, risk mitigation plan π£
Prepare: One-page executive summary, 3-year TCO analysis, competitive landscape
β C-Suite Alignment Session (90 min): Detailed project plan, resource requirements, success metrics π£
Prepare: Full project timeline, staffing plan, budget breakdown, escalation framework
β Regional Manager Kickoff (2 hours): Rollout strategy, their role in wave execution, location readiness assessment process
Prepare: Location readiness template, wave assignment criteria, communication toolkit
β Office Manager Webinar (60 min): Why we're making this change, what to expect, how they'll be supported
Prepare: FAQ document, timeline overview, champion nomination request
β Provider Communication (email + optional town hall): Clinical benefits, training approach, feedback channels
Prepare: Clinical workflow preview, "what's changing vs. staying the same" summary
Enterprise-Level Requirements
Network Standards Across Locations π£
β Define minimum acceptable bandwidth standard (recommend: 50 Mbps symmetric)
β Standardize network hardware vendors/models for supportability
β Establish VPN requirements for remote access and inter-location traffic
β Document firewall rule standards for ClearDent traffic
β Create network assessment template for locations to self-audit
Hosting Architecture Decision π£
| Model | Description | Pros | Cons | Recommended For |
|---|---|---|---|---|
| Centralized Cloud (Default) | All data in ClearDent's multi-tenant cloud | Simplest to manage, automatic updates, no local servers | Dependent on internet reliability | Most DSOs |
| Hybrid | Cloud primary + local caching appliances | Better performance for high-volume locations, offline resilience | Higher complexity, additional hardware cost | DSOs with rural locations or unreliable connectivity |
| Private Cloud | Dedicated cloud instance | Maximum data isolation, custom SLAs | Premium pricing, longer setup | DSOs with specific compliance requirements |
Recommendation: Start with centralized cloud; add hybrid caching for locations with documented connectivity issues.
Single Sign-On (SSO) Configuration π΅
β Confirm SSO protocol support (SAML 2.0, OAuth 2.0)
β Provide Identity Provider (IdP) details to ClearDent (Azure AD, Okta, Google Workspace)
β Define role-based access control (RBAC) mapping
β Test SSO in sandbox environment before production deployment
β Document SSO troubleshooting procedures for IT team
Estimated Time: SSO configuration: 4β8 hours (vendor + internal IT). Testing: 2β4 hours.
Centralized Credentialing
β Create master provider database with NPI, DEA, state licenses, specialty designations
β Establish credential verification workflow (new providers, license renewals)
β Define credential data synchronization process with ClearDent
β Assign credential maintenance owner (typically HR or Compliance)
Baseline Metrics to Capture BEFORE Go-Live β οΈ
Critical: These metrics enable ROI measurement. Incomplete baseline data will undermine your ability to demonstrate value to stakeholders.
Standardized Metric Definitions (Use Across All Locations)
| Metric Category | Metric | Definition | Collection Method |
|---|---|---|---|
| Revenue | Production per provider | Gross production / provider hours worked | PMS report |
| Revenue | Collection rate | Collections / adjusted production | PMS + accounting |
| Revenue | Case acceptance rate | Accepted treatment value / presented treatment value | PMS report (verify consistency) β οΈ |
| Operations | Chair utilization | Scheduled chair time / available chair time | PMS scheduling report |
| Operations | Same-day cancellation rate | Same-day cancels + no-shows / total scheduled appointments | PMS report |
| Operations | Recall reactivation rate | Patients returning within 7 months / patients due for recall | PMS report |
| Billing | Days in A/R | Average age of outstanding receivables | PMS aging report |
| Billing | Clean claim rate | Claims accepted on first submission / total claims submitted | Clearinghouse report |
| Billing | Denial rate | Denied claims / total claims submitted | Clearinghouse report |
| Patient Experience | Time to answer | Average seconds to answer incoming calls | Phone system or estimate |
| Patient Experience | Online scheduling adoption | Online-scheduled appointments / total appointments | Scheduling platform |
Baseline Collection Process
β Create standardized report templates for each metric
β Run reports for trailing 3 months (minimum) or 12 months (preferred) for seasonality
β Document any known data quality issues by location
β Store baseline data in centralized location (spreadsheet, BI tool, or ClearDent's analytics once implemented)
β Assign data collection owner per region
Estimated Time: Template creation: 4 hours. Data collection per location: 2β3 hours. Aggregation and QA: 8β12 hours.
β οΈ Common Failure Point: Case acceptance rate calculation varies wildly between practices. Some count only comprehensive treatment plans; others include all treatment presented including single procedures. Standardize the definition NOW or ROI measurement will be meaningless.
3. Location Readiness Assessment
Scoring Framework
Rate each location on the following factors using a 1β5 scale. Multiply by the weight to get a weighted score. Sum weighted scores for a composite readiness score (max 100).
Factor 1: IT Infrastructure Maturity (Weight: 25%)
| Score | Criteria |
|---|---|
| 5 | 100+ Mbps internet, <2-year-old workstations, managed network, redundant connectivity |
| 4 | 50β100 Mbps internet, <4-year-old workstations, managed network |
| 3 | 25β50 Mbps internet, mixed-age workstations, basic network management |
| 2 | 10β25 Mbps internet, aging workstations (5+ years), minimal network management |
| 1 | <10 Mbps internet, outdated hardware, consumer-grade networking β οΈ |
Factor 2: Staff Tenure and Adaptability (Weight: 20%)
| Score | Criteria |
|---|---|
| 5 | <15% annual turnover, history of successful tech adoptions, proactive learning culture |
| 4 | 15β25% turnover, previous tech changes managed well, generally positive attitude |
| 3 | 25β35% turnover, mixed history with technology, some resistance expected |
| 2 | 35β50% turnover, previous tech implementations struggled, significant training needs |
| 1 | >50% turnover, history of failed tech projects, active resistance anticipated β οΈ |
Factor 3: Patient Volume (Weight: 15%)
| Score | Impact Level | Criteria |
|---|---|---|
| 5 | High Impact, Moderate Risk | 150β250 patients/day, mature operations, good staff ratios |
| 4 | Moderate Impact, Low Risk | 100β150 patients/day, efficient workflows |
| 3 | Moderate Impact, Moderate Risk | 75β100 patients/day, typical operations |
| 2 | Lower Impact, Low Risk | 50β75 patients/day, newer practice or lower volume |
| 1 | Low Impact, Higher Risk | <50 patients/day or >300 patients/day (too low to measure impact OR too high-risk for pilot) |
Factor 4: Existing Tech Stack Compatibility (Weight: 25%)
| Score | Criteria |
|---|---|
| 5 | Current PMS on ClearDent's "native integration" list, digital imaging with TWAIN support, compatible payment processing |
| 4 | PMS integration available via standard export, imaging integration confirmed, minor workarounds needed |
| 3 | PMS integration requires API work, imaging compatibility unknown, some manual processes expected |
| 2 | PMS on end-of-life or poorly documented, imaging integration questionable, significant manual migration needed |
| 1 | Legacy PMS with no integration path, analog imaging, complete manual data entry required β οΈ |
Factor 5: Local Champion Availability (Weight: 15%)
| Score | Criteria |
|---|---|
| 5 | Identified champion with authority (office manager or lead provider), previous implementation experience, time allocated |
| 4 | Identified champion willing to take on role, some tech savvy, needs training on champion responsibilities |
| 3 | Potential champion identified but not yet committed, or champion has limited authority |
| 2 | No clear champion but office manager willing to consider, competing priorities for their time |
| 1 | No willing champion, office manager overwhelmed or resistant, provider(s) opposed to change β οΈ |
Scoring Template
| Location | IT Infrastructure (Γ25%) | Staff Adaptability (Γ20%) | Patient Volume (Γ15%) | Tech Compatibility (Γ25%) | Champion Availability (Γ15%) | Composite Score |
|---|---|---|---|---|---|---|
| Example: Westside Dental | 4 (20) | 3 (12) | 4 (12) | 5 (25) | 4 (12) | 81 |
| [Location 1] | ||||||
| [Location 2] |
Readiness Tier Classification
| Composite Score | Tier | Rollout Phase |
|---|---|---|
| 80β100 | Tier 1: Pilot Ready | Wave 1 candidates |
| 65β79 | Tier 2: Ready with Preparation | Wave 2 candidates |
| 50β64 | Tier 3: Needs Remediation | Wave 3+ (after infrastructure/training investment) |
| <50 | Tier 4: Not Ready | Delay until blockers resolved β οΈ |
Rollout Sequence Recommendation
Based on readiness scores, recommend rollout sequence following these principles:
Wave 1 Pilot Selection (2β3 locations):
- Select from Tier 1 locations
- Include at least one location in each distinct "location type" (GP, specialty, high-volume, rural, etc.) for representative learning
- Prioritize locations with strongest champions
- Avoid all pilot locations in same region (ensures multiple regional managers learn simultaneously)
Wave 2βN Sequencing:
- Progress through Tier 2, then Tier 3 as remediation completes
- Consider geographic clustering within waves to enable in-person support
- Balance regional manager workload (don't put all of one RM's locations in the same wave)
Tier 4 Locations:
- Create remediation plan with specific milestones
- Escalate infrastructure funding needs to CFO π£
- Consider leadership changes if champion gap is due to personnel issues
Estimated Time: Readiness assessment: 1β2 hours per location (including data gathering and scoring). Regional aggregation: 4β6 hours. Rollout sequence planning: 4β8 hours.
4. Rollout Strategy
Recommended Wave Structure
For a DSO with 15β50 locations, we recommend a structured wave approach with built-in learning loops:
| Wave | Locations | Purpose | Duration |
|---|---|---|---|
| Wave 0: Sandbox | N/A | Configure test environment, validate integrations | 2β3 weeks |
| Wave 1: Pilot | 2β3 locations | Prove the model, identify issues, refine playbook | 4β6 weeks |
| Buffer | β | Retrospective, adjustments, champion calibration | 1β2 weeks |
| Wave 2: Early Adopters | 5β8 locations | Validate scalability, stress-test support model | 4β5 weeks |
| Buffer | β | Process refinement, training material updates | 1 week |
| Wave 3βN: Scaled Rollout | 6β10 locations per wave | Full deployment | 3β4 weeks per wave |
| Cleanup Wave | Remaining + remediated locations | Complete deployment | 4β6 weeks |
Wave 1 Pilot Selection Criteria
Select 2β3 pilot locations that meet ALL of the following:
β Composite readiness score β₯80 (Tier 1)
β Identified champion with allocated time (minimum 8 hours/week during pilot)
β Office manager tenure β₯12 months
β At least one provider who is technology-positive
β Representative of broader portfolio (don't pilot only your best-performing outliers)
β Regional manager willing to provide intensive support
β NOT a location with major leadership changes, construction, or other concurrent disruptions β οΈ
Pilot Location Mix Recommendation
| Criteria | Pilot 1 | Pilot 2 | Pilot 3 (Optional) |
|---|---|---|---|
| Practice type | General dentistry | Specialty or multi-specialty | High-volume or unique model |
| Geography | Region A | Region B | Region C |
| Volume | Mid-high | Moderate | Highest readiness |
| Tech stack | Your most common current PMS | Secondary PMS (if applicable) | Most complex integration scenario |
Timeline Per Wave
Wave 1 (Pilot) Timeline: 6 Weeks
| Week | Activities |
|---|---|
| Week 1 | Final configuration, data migration validation, champion certification |
| Week 2 | Staff training completion, parallel run begins |
| Week 3 | Go-live, intensive support, daily standups |
| Week 4 | Stabilization, issue resolution, workflow refinement |
| Week 5 | Optimization, metrics collection, staff feedback |
| Week 6 | Retrospective, playbook updates, Wave 2 preparation |
Wave 2+ Timeline: 4β5 Weeks Per Wave
| Week | Activities |
|---|---|
| Week 1 | Configuration deployment, data migration, training |
| Week 2 | Go-live, intensive support |
| Week 3 | Stabilization, issue resolution |
| Week 4 | Optimization, handoff to standard support |
| Week 5 (if needed) | Extended stabilization for complex locations |
Go/No-Go Criteria π£
Before advancing from one wave to the next, verify the following criteria are met:
Technical Go/No-Go
| Criterion | Threshold | Source |
|---|---|---|
| System uptime | β₯99.5% during pilot period | ClearDent monitoring |
| Integration errors | <2% of transactions | Integration logs |
| Data accuracy | 100% patient record match post-migration | QA audit |
| Performance | Page loads <3 seconds | User feedback + monitoring |
Operational Go/No-Go
| Criterion | Threshold | Source |
|---|---|---|
| Scheduled appointments processed | β₯98% of baseline | Daily scheduling reports |
| Claims submitted successfully | β₯95% clean claim rate | Clearinghouse reports |
| Critical workflow blockers | Zero unresolved P1 issues | Issue tracker |
| Revenue continuity | Production within 5% of prior period | Financial reports |
Adoption Go/No-Go
| Criterion | Threshold | Source |
|---|---|---|
| Staff training completion | 100% of required roles trained | Training tracker |
| User login adoption | β₯90% of staff logging in daily | ClearDent usage analytics |
| Champion confidence | Champion rates confidence β₯4/5 | Champion survey |
| Provider acceptance | No provider threatening to leave over system change | Regional manager pulse |
β οΈ Decision Protocol: If ANY technical criterion fails, STOP. If 2+ operational criteria fail, STOP. If adoption criteria mixed, proceed with caution and enhanced support for next wave.
Rollback Plan
If a wave must be paused or rolled back:
Immediate Actions (Day 1 of Rollback Decision)
β Notify all affected location staff via urgent communication
β Reactivate legacy system access (ensure licenses are maintained during transition period) β οΈ
β Brief regional managers on messaging to staff and patients
β Communicate to vendor with specific issues requiring resolution π΅
Data Continuity Protocol
β Export all data entered in ClearDent during live period
β Create reconciliation plan for any transactions that need re-entry to legacy system
β Document delta between systems (new patients, updated records, completed procedures)
β Assign data reconciliation owner per location
Timeline Adjustment
β Add minimum 2-week buffer before reattempting rolled-back locations
β Root cause analysis required before retry
β Root cause resolution verified in sandbox environment
β Consider splitting rolled-back locations into separate mini-wave
Communication Protocol
β To Staff: "We've identified some technical issues that need resolution before continuing. You'll return to [previous system] temporarily while we work with the vendor to fix these issues. This is not a failureβthis is good project management."
β To Providers: Same message, plus reassurance that patient care continuity is priority
β To Leadership: Honest assessment of issues, root cause analysis timeline, revised project timeline π£
Estimated Time: Rollback execution: 24β48 hours. Root cause analysis: 1β2 weeks. Resume planning: 1 week.
5. Configuration & Integration (Weeks 2β3)
Step-by-Step Integration with Common Practice Management Systems
Dentrix Integration π΅
Pre-Migration Data Export
| Step | Action | Owner | Time |
|---|---|---|---|
| 1 | Verify Dentrix version (G6+ required for automated export) | Local IT + Vendor | 30 min |
| 2 | Run and verify backup of Dentrix database | Office Manager | 1 hour |
| 3 | Generate patient demographic export (XML or CSV) | Office Manager | 30 min |
| 4 | Generate appointment history export (specify date range) | Office Manager | 30 min |
| 5 | Generate treatment history and ledger exports | Office Manager | 1 hour |
| 6 | Export clinical notes using Dentrix Document Center | Office Manager | 1β2 hours |
| 7 | Validate export completeness (record counts, date ranges) | IT/Project Lead | 1 hour |
Migration Execution
| Step | Action | Owner | Time |
|---|---|---|---|
| 8 | Upload exports to ClearDent secure migration portal | IT + Vendor | 30 min |
| 9 | Vendor processes migration in staging environment | Vendor | 2β5 days π΅ |
| 10 | Receive migration validation report | IT + Vendor | β |
| 11 | Spot-check 20 random patient records against source | Office Manager | 2 hours |
| 12 | Verify financial totals (A/R, ledger balances) | Billing Lead | 2 hours |
| 13 | Approve migration or document discrepancies | Project Lead | 1 hour |
| 14 | Vendor promotes to production | Vendor | 1β2 hours π΅ |
β οΈ Common Failure Point: Dentrix treatment plan data often doesn't export cleanly. Active treatment plans may need manual re-entry. Plan for 30 minutes per location to recreate high-value pending treatment plans.
Eaglesoft Integration π΅
Pre-Migration Data Export
| Step | Action | Owner | Time |
|---|---|---|---|
| 1 | Verify Eaglesoft version and confirm with ClearDent compatibility | Local IT + Vendor | 30 min |
| 2 | Run Patterson Eaglesoft backup utility | Office Manager | 1 hour |
| 3 | Generate Universal Data Export (if available in version) | Office Manager | 30 min |
| 4 | If no Universal Export: generate individual reports (patient list, appointments, ledger) | Office Manager | 2 hours |
| 5 | Export attachments and images from Eaglesoft attachment folders | IT | 1β2 hours |
Migration Execution Follow steps 8β14 from Dentrix integration above.
β οΈ Common Failure Point: Eaglesoft image attachment paths may not translate correctly. Plan for manual image verification and potential re-attachment for recent images.
Open Dental Integration π΅
Pre-Migration Data Export
| Step | Action | Owner | Time |
|---|---|---|---|
| 1 | Verify Open Dental version (18.4+ recommended) | IT + Vendor | 15 min |
| 2 | Create MySQL database backup | IT | 30 min |
| 3 | Generate patient export via Open Dental tools | Office Manager | 30 min |
| 4 | Generate procedure codes, appointments, and ledger exports | Office Manager | 1 hour |
| 5 | Export images from AtoZ folder structure | IT | 1 hour |
Migration Execution
Open Dental's MySQL structure often allows direct database migration rather than export/import. Coordinate with ClearDent on optimal approach. π΅
Estimated Time per location: 3β4 hours data export, 2β5 days vendor processing, 4β6 hours validation.
Step-by-Step Integration with Imaging Systems
Digital Sensor/Intraoral Camera Integration
| Step | Action | Owner | Time |
|---|---|---|---|
| 1 | Inventory all imaging hardware by location (make/model/serial) | Local Champion | 1 hour per location |
| 2 | Cross-reference with ClearDent's certified hardware list | IT + Vendor | 30 min per location π΅ |
| 3 | Download and install ClearDent imaging bridge software | IT | 30 min per workstation |
| 4 | Configure TWAIN settings for each imaging device | IT + Vendor | 30 min per device π΅ |
| 5 | Test image capture and verify storage in ClearDent | Clinical Staff | 15 min per device |
Panoramic/Ceph/CBCT Integration
| Step | Action | Owner | Time |
|---|---|---|---|
| 1 | Identify imaging software for each unit (Carestream, Dexis, Planmeca, etc.) | IT | 30 min |
| 2 | Obtain DICOM configuration details or confirm native ClearDent integration | IT + Vendor | 30 min π΅ |
| 3 | Configure DICOM bridge or direct integration | IT + Vendor | 1β2 hours π΅ |
| 4 | Test image acquisition with patient record linking | Clinical Staff | 30 min |
| 5 | Verify historical image migration if applicable | IT | 1 hour |
β οΈ Common Failure Point: Panoramic units more than 8 years old may lack DICOM support and require manual image import workflows.
Test Environment Setup and Validation Checklist
Sandbox Environment Configuration π΅
β ClearDent provisions dedicated test/sandbox tenant
β Load sample data (mix of synthetic and anonymized production data)
β Configure all integrations in sandbox first
β Create test user accounts for each role type
β Document sandbox access credentials and rotation schedule
Validation Testing Checklist
Patient Management
β Create new patient record
β Search for existing patient
β Update patient demographics
β Merge duplicate patient records
β Verify insurance information displays correctly
Scheduling
β Book new appointment
β Reschedule existing appointment
β Cancel appointment and verify reason tracking
β Run scheduling reports
β Test appointment reminders (SMS, email) π΅
Clinical Charting
β Complete exam charting
β Create treatment plan
β Present treatment plan (verify display format)
β Mark procedures complete
β Sign clinical notes
Billing
β Post charges
β Submit claim electronically
β Receive ERA and post payment
β Generate patient statement
β Process patient payment
Reporting
β Run production report
β Run collections report
β Run A/R aging report
β
AI-generated implementation guide based on public vendor information. Verify specifics directly with ClearDent.