Formlabs Dental — Implementation Playbook (DSO)

Formlabs Dental Implementation Playbook

3D Printing & Digital Workflow for DSOs

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1. Executive Summary

What Formlabs Dental Does

Formlabs Dental provides professional-grade 3D printing hardware, software, and validated resins that enable in-house production of surgical guides, clear aligners, dentures, splints, models, and temporary restorations—transforming dental organizations from outsourcing-dependent to digitally self-sufficient manufacturers.

Why DSOs Specifically Benefit

DSOs gain disproportionate advantages from deploying Formlabs Dental at scale:

• Standardization at Scale: A single validated workflow, material library, and quality standard across 15–50+ locations eliminates variability in lab-produced appliances and creates predictable clinical outcomes
• Aggregate Purchasing Power: Centralized procurement of printers, resins, and post-processing equipment yields significant unit cost reductions; resin consumption data across locations enables accurate forecasting and bulk ordering
• Data-Driven Capacity Planning: Fleet management software aggregates utilization metrics, enabling central operations to identify underperforming locations, redistribute workloads, and optimize capital deployment
• Reduced Case Turnaround: In-house production cuts 5–10 day lab delays to same-day or next-day delivery, directly improving case acceptance and patient experience—multiplied across your entire footprint
• Labor Arbitrage: Rather than training print technicians at every location, DSOs can centralize design work while distributing production, or vice versa, depending on network topology

Expected Timeline: Decision to Full Deployment

Phase	Duration	Milestone
Pre-Implementation	Weeks 1–2	Baseline captured, locations assessed, Wave 1 selected
Wave 1 Pilot (2–3 locations)	Weeks 3–6	Pilot locations fully operational, learnings documented
Wave 2 Expansion (5–8 locations)	Weeks 7–12	Scaled deployment, champion network established
Wave 3 Full Rollout (remaining locations)	Weeks 13–20	Organization-wide deployment complete
Optimization & Steady State	Weeks 21–26	ROI validated, ongoing optimization framework in place

Total timeline: 5–6 months for a 30-location DSO, with variation based on location readiness and appetite for parallel wave execution.

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2. Pre-Implementation Checklist (Weeks 1–2)

Technical Requirements

Hardware Requirements Per Location

☐ Dedicated workspace: Minimum 6' x 4' countertop with ventilation access ☐ Electrical: Two 110V outlets (printer + wash/cure units) on separate circuits preferred ☐ Network connectivity: Ethernet connection recommended; WiFi acceptable with stable 25+ Mbps ☐ Computer workstation:

• Windows 10/11 or macOS 11+
• 16GB RAM minimum (32GB recommended)
• Dedicated GPU (NVIDIA GTX 1060 or better for design software)
• 500GB SSD with 100GB+ available ☐ Environmental controls: Room temperature 18–28°C (64–82°F), away from direct sunlight

Software Requirements

☐ PreForm (Formlabs slicing software) — free, latest version ☐ Dashboard (Fleet management) — enterprise license required for multi-location ☐ Design software: 3Shape, exocad, or Medit Link (depending on scanner ecosystem) ☐ Practice Management System: Confirm version compatibility for workflow integration

Network Requirements

☐ Firewall whitelist for Formlabs cloud services (dashboard.formlabs.com) ☐ Outbound HTTPS (443) access for firmware updates and remote monitoring ☐ Static IP assignment for each printer (recommended for fleet management)

Enterprise-Level Requirements 🟣

☐ Network standards documentation: Create unified networking spec for all locations ☐ Hosting decision: Centralized design center vs. distributed production model

• Centralized: Design work done at HQ/hub, print files sent to locations
• Distributed: Full design and production capability at each location
• Hybrid: Centralized design for complex cases, local design for simple appliances ☐ SSO integration: Formlabs Dashboard supports SAML 2.0—coordinate with IT security ☐ Centralized credentialing: Single admin account structure with role-based access ☐ Procurement framework: Master purchasing agreement with Formlabs enterprise sales

Vendor Onboarding Steps 🔵

☐ Schedule enterprise discovery call with Formlabs Dental Enterprise team

• Contact: dental@formlabs.com or enterprise sales rep
• Prepare: Location count, current lab spend, target appliance types ☐ Request enterprise pricing based on fleet size and projected volume ☐ Assign vendor relationship owner (typically VP Operations or designated project lead) ☐ Establish support escalation contacts:
• Tier 1: Online support portal
• Tier 2: Dedicated enterprise success manager
• Tier 3: Engineering escalation for complex issues ☐ Schedule site survey for pilot locations (virtual or in-person) ☐ Obtain demo units for HQ evaluation if not already in possession

Data/Access Prerequisites

☐ Dashboard admin accounts: Create enterprise admin structure ☐ API access: Request API documentation for PMS integration (if applicable) ☐ Scanner export settings: Configure dental scanners to export STL/PLY formats ☐ Design software licenses: Verify seat count covers all designing locations ☐ Cloud storage: Establish shared repository for design files (HIPAA-compliant)

Internal Stakeholder Alignment

Stakeholder Map

Stakeholder	Role in Project	Communication Cadence	Key Concerns
Board/Investors 🟣	Approve capital expenditure, expect ROI reporting	Monthly summary	Financial return, competitive positioning
CEO/COO 🟣	Executive sponsorship, final go/no-go authority	Bi-weekly briefing	Strategic alignment, operational disruption
Chief Dental Officer 🟣	Clinical validation, provider buy-in	Weekly during rollout	Clinical quality, patient safety, provider adoption
VP of Operations	Project lead, cross-functional coordination	Daily during implementation	Timeline adherence, resource allocation
CFO	Budget approval, ROI tracking	Monthly	Cost containment, capex justification
IT Director	Technical implementation, security review	Weekly	Infrastructure requirements, security compliance
Regional Managers	Location-level execution, escalation management	Weekly	Staff readiness, operational continuity
Office Managers	Day-to-day implementation, staff coordination	Daily during go-live	Training burden, workflow disruption
Lead Providers	Clinical workflow adoption, quality assurance	Per-location, weekly	Case quality, time investment

Approval Sequence

1. ☐ VP Operations develops business case with projected ROI
2. ☐ CFO approves capital budget for fleet purchase
3. ☐ CDO validates clinical workflow and appliance quality standards
4. ☐ CEO/COO provides executive sponsorship 🟣
5. ☐ Board briefed on strategic initiative (if >$500K total investment) 🟣
6. ☐ IT Director signs off on technical architecture
7. ☐ Regional Managers commit to location-level resources

Baseline Metrics to Capture ⚠️

Critical: Capture these metrics BEFORE any deployment begins to enable ROI measurement.

Financial Metrics (Standardize Measurement Across All Locations)

Metric	Definition	Data Source	Target Collection
Monthly lab spend (total)	All outsourced lab invoices	Accounting/AP	Last 12 months by location
Lab spend by appliance type	Surgical guides, aligners, dentures, splints, models	Lab invoices	Last 12 months by location
Average cost per appliance	Total spend ÷ units ordered	Lab invoices	By category
Lab remake rate	Remakes ÷ total orders	Lab tracking	Last 6 months

Operational Metrics

Metric	Definition	Data Source	Target Collection
Case acceptance rate (implant/ortho)	Accepted cases ÷ presented cases	PMS	Last 6 months by location
Average turnaround time	Days from impression/scan to appliance delivery	Case log	Last 3 months
Chair time for try-ins	Minutes spent on appliance adjustments	Provider estimates	Sample 20 cases/location
Remake/adjustment rate	Cases requiring lab rework	Lab communication log	Last 6 months

Clinical Metrics

Metric	Definition	Data Source	Target Collection
Surgical guide accuracy	Deviations at surgery vs. plan	Clinical notes	Available cases
Aligner tracking rate	Patient compliance and fit	Provider assessment	Sample cases
Patient satisfaction (appliances)	NPS or satisfaction scores related to lab work	Patient surveys	If available

Efficiency Metrics

Metric	Definition	Data Source	Target Collection
Provider time on case design	Minutes spent on design/planning	Time tracking	Estimate by provider type
Emergency lab cases	Rush orders requiring expedited shipping	Lab invoices	Last 6 months
Cancelled procedures (due to lab delays)	Cases delayed or cancelled from lab issues	Scheduling system	Last 6 months

Data Collection Protocol:

1. ☐ Create standardized data collection template
2. ☐ Assign data collection owner at each location (typically Office Manager)
3. ☐ Set deadline 10 days before Wave 1 go-live
4. ☐ Validate data completeness and consistency centrally
5. ☐ Store baseline data in accessible format for post-implementation comparison

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3. Location Readiness Assessment

Scoring Framework

Rate each location on the following factors using a 1–5 scale:

Factor 1: IT Infrastructure Maturity (Weight: 25%)

Score	Criteria
5	Gigabit internet, modern hardware (<2 years old), current PMS version, dedicated IT support
4	100+ Mbps internet, capable hardware (2–4 years), recent PMS version, responsive IT coverage
3	50+ Mbps internet, adequate hardware (4–5 years), supported PMS version, occasional IT access
2	25–50 Mbps internet, aging hardware (5–7 years), outdated PMS version, limited IT support
1	<25 Mbps internet, obsolete hardware, unsupported PMS, no dedicated IT support

Factor 2: Staff Tenure and Adaptability (Weight: 20%)

Score	Criteria
5	<10% annual turnover, history of successful tech adoption, staff actively seeks digital tools
4	10–20% turnover, positive tech adoption history, generally receptive to change
3	20–30% turnover, mixed tech adoption outcomes, neutral toward new technology
2	30–40% turnover, struggled with past implementations, some resistance to change
1	>40% turnover, failed tech implementations, active resistance to new workflows

Factor 3: Patient Volume (Weight: 15%)

Score	Criteria	Consideration
5	High volume (>60 patients/day)	Higher impact but implement after workflow validated
4	Above average (45–60 patients/day)	Good balance of impact and manageable risk
3	Average (30–45 patients/day)	Ideal for pilot: meaningful volume, recoverable if issues
2	Below average (20–30 patients/day)	Lower risk but limited learning opportunity
1	Low volume (<20 patients/day)	Minimal disruption but questionable ROI

Note: For pilot wave, prioritize scores of 3–4. Reserve highest-volume locations for later waves.

Factor 4: Existing Tech Stack Compatibility (Weight: 25%)

Score	Criteria
5	Existing intraoral scanner, digital workflow established, compatible PMS with API
4	Intraoral scanner present, some digital workflows, PMS integration possible
3	Scanner present but underutilized, minimal digital workflows, standard PMS
2	No scanner (but budget approved), traditional workflows, older PMS version
1	No scanner or digital capability, entirely analog workflows, legacy PMS

Factor 5: Local Champion Availability (Weight: 15%)

Score	Criteria
5	Tech-forward provider AND office manager, both enthusiastic, prior 3D printing experience
4	Strong champion (provider or manager) with clear enthusiasm and influence
3	Willing participant identified but not a strong advocate
2	No clear champion but no active resistance
1	No identified champion, potential resistance from leadership

Composite Score Calculation

Readiness Score = (IT × 0.25) + (Staff × 0.20) + (Volume × 0.15) + (Tech × 0.25) + (Champion × 0.15)

Score Interpretation and Rollout Recommendation

Composite Score	Readiness Category	Recommended Wave
4.0–5.0	Highly Ready	Wave 1 (Pilot) — select 2–3 from this tier
3.0–3.9	Ready	Wave 2
2.0–2.9	Needs Preparation	Wave 3 (after remediation)
<2.0	Not Ready	Hold — address gaps before including in rollout

Rollout Sequencing Recommendations

Wave 1 Selection Criteria (Pilot Locations)

• Composite score 4.0+ preferred, minimum 3.5
• Must have intraoral scanner already deployed
• Geographic diversity (different regions to test support model)
• Mix of practice types if applicable (GP + specialty)
• Local champion confirmed and committed
• NOT the highest-volume locations (save those for after validation)

Wave 2 Selection Criteria

• Composite score 3.0–4.0
• May include highest-volume locations after workflow validated
• Include at least one location that scored lower on IT (to stress-test infrastructure requirements)
• Champions trained during Wave 1 now train Wave 2 champions

Wave 3 Selection Criteria

• All remaining locations with score 2.0+
• Locations scoring <2.0 addressed via remediation plan:
  • IT infrastructure upgrades
  • Scanner deployment
  • Staff training on digital fundamentals
  • Champion recruitment/development

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4. Rollout Strategy

Wave Structure Overview

Wave	Locations	Duration	Purpose
Wave 1	2–3 pilot locations	4 weeks	Validate workflows, identify issues, train core champion team
Wave 2	5–8 locations	4 weeks	Scale with validated playbook, build champion network
Wave 3	Remaining (15–40+)	6–8 weeks	Full deployment with mature support structure

Wave 1: Pilot Phase (Weeks 3–6)

Wave 1 Location Selection 🟣

Selection Meeting Participants: VP Operations, CDO, IT Director, Regional Managers

Selection Criteria Checklist: ☐ Highest composite readiness scores (minimum 3.5, target 4.0+) ☐ Confirmed champion at each location (provider or manager) ☐ Existing intraoral scanner with active utilization ☐ Geographic diversity across regions ☐ Representative mix of practice types ☐ NOT highest-revenue or highest-volume locations ☐ Regional manager committed to hands-on involvement ☐ No major concurrent projects (renovation, staff transitions, etc.)

Wave 1 Timeline

Week	Activities
Week 3	Hardware delivery and installation, software setup, initial configuration
Week 4	Champion intensive training (2 days), initial test prints, workflow validation
Week 5	Live patient cases (controlled), daily check-ins, troubleshooting
Week 6	Full operation, metrics collection, lessons learned documentation

Wave 1 Learning Capture

☐ Document all support tickets and resolutions ☐ Track time-to-competency for each role ☐ Record workflow modifications from original plan ☐ Collect champion feedback via structured debrief ☐ Measure initial production metrics vs. projections ☐ Identify configuration settings that need standardization

Wave 2: Scaled Deployment (Weeks 7–12)

Wave 2 Location Selection

• Next tier of readiness scores (3.0–4.0)
• Include 1–2 "stretch" locations (slightly lower readiness) to test scalability
• May include high-volume locations now that workflow is validated
• Champions from Wave 1 assist with Wave 2 training

Wave 2 Timeline

Week	Activities
Week 7	Hardware deployment to Wave 2 locations
Week 8	Champion training (Wave 1 champions participate as trainers)
Week 9–10	Go-live at Wave 2 locations (staggered: 2–3 locations per week)
Week 11–12	Stabilization, issue resolution, metrics validation

Wave 3: Full Deployment (Weeks 13–20)

Wave 3 Approach

• All remaining locations
• Parallel deployment possible (4–6 locations per week) due to mature support model
• Heavily leverages champion network for training
• Central team focused on exception handling only

Wave 3 Timeline

Week	Activities
Week 13	Final hardware orders, location preparation
Week 14–15	Wave 3a: First cohort (8–10 locations)
Week 16–17	Wave 3b: Second cohort (8–10 locations)
Week 18–19	Wave 3c: Final cohort + any remediation locations
Week 20	Full deployment complete, transition to steady-state operations

Go/No-Go Criteria Between Waves ⚠️ 🟣

Wave 1 → Wave 2 Advancement Criteria

Criterion	Threshold	Status
Technical stability	<2 critical issues open	☐
Print success rate	>90% first-print success	☐
Champion competency	All Wave 1 champions certified	☐
Provider adoption	>80% of target providers using system	☐
Patient cases completed	Minimum 20 cases per pilot location	☐
No safety incidents	Zero patient safety concerns	☐
Lessons learned documented	Playbook updated with Wave 1 learnings	☐

Decision Authority: VP Operations with CDO concurrence 🟣

Wave 2 → Wave 3 Advancement Criteria

Criterion	Threshold	Status
Wave 2 print success rate	>95% first-print success	☐
Training scalability validated	Champion-led training effective	☐
Support capacity confirmed	Central team can handle Wave 3 volume	☐
No critical open issues	All P1 issues resolved	☐
ROI trajectory validated	Cost savings trending toward projection	☐

Rollback Plan ⚠️

Trigger Conditions for Pause/Rollback:

• Safety incident attributable to in-house production

• 20% failure rate on printed appliances

• Provider revolt (>50% of providers refusing to use)
• Critical equipment failure without replacement available
• HIPAA/compliance breach

Rollback Procedure:

1. Pause further deployments immediately
2. Notify executive sponsor and CDO within 2 hours 🟣
3. Affected locations revert to external lab workflow (maintain lab relationships during rollout)
4. Root cause analysis within 48 hours
5. Remediation plan reviewed by CDO and VP Operations
6. Go/no-go decision for resumption within 5 business days 🟣
7. Board notification if rollback extends >30 days 🟣

Lab Relationship Management During Rollout:

• Maintain active accounts with existing labs through Wave 2
• Communicate transition timeline to labs (professional courtesy)
• Preserve expedited production capability for surge capacity

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5. Configuration & Integration (Weeks 2–3)

Practice Management System Integration

Dentrix Integration

☐ Verify Dentrix version (G7.1+ recommended) ☐ Enable Dentrix Image integration module ☐ Configure STL export path from imaging module ☐ Test patient data transfer to design software ☐ 🔵 Contact Formlabs for Dentrix-specific workflow guide ☐ Document workaround if direct integration unavailable (manual file management)

Eaglesoft Integration

☐ Verify Eaglesoft version (21.0+ recommended) ☐ Configure imaging bridge settings ☐ Test STL export from 3D imaging ☐ Establish file naming convention linked to patient ID ☐ Validate HIPAA-compliant file handling

Open Dental Integration

☐ Verify Open Dental version (current stable release) ☐ Configure eConnector for imaging ☐ Test API connection for patient data (if using custom integration) ☐ Document imaging workflow from scan to print file

Dental Scanner Integration

Compatible Scanners (Validated Workflows)

Scanner	Integration Level	Notes
3Shape TRIOS	Direct export to 3Shape Dental System → PreForm	Full digital workflow
iTero	Export via MyiTero → STL download → PreForm	Manual file transfer
Medit i-Series	Medit Link → direct export to design software	Streamlined workflow
Carestream	CS Connect → STL export → PreForm	Manual file transfer
DEXIS	DEXIS IS module → STL export	Manual file transfer

Scanner Configuration Steps

☐ Verify scanner software is current version ☐ Configure export settings (STL format, coordinate system) ☐ Test export pathway to design workstation ☐ Validate scan quality meets Formlabs requirements (minimum resolution) ☐ Document scanner-specific workflow for each location

Design Software Configuration

3Shape Dental System Setup

☐ Install latest version with Formlabs integration module ☐ Configure Formlabs printer library within software ☐ Set default material profiles for each appliance type ☐ Test end-to-end workflow: scan → design → export → PreForm

exocad Setup

☐ Install DentalCAD with current modules ☐ Configure Formlabs printer/material library ☐ Validate mesh export settings ☐ Test surgical guide and model workflows

Medit Design Setup

☐ Configure Medit Smile Design or Splints module ☐ Set export parameters for Formlabs compatibility ☐ Test design-to-print pathway

PreForm Software Configuration

Standard Configuration (Apply to All Locations)

☐ Install PreForm latest version on all workstations ☐ Configure default print settings per appliance type:

• Surgical Guides: 50µm resolution, Surgical Guide Resin
• Aligners: 100µm resolution, Dental LT Clear Resin
• Models: 100µm resolution, Model Resin
• Splints: 100µm resolution, Dental LT Comfort Resin
• Dentures: 50µm resolution, Denture Base + Teeth Resins

☐ Set default orientation templates ☐ Configure support density standards ☐ Enable automatic update notifications ☐ Set file save locations (HIPAA-compliant storage)

Formlabs Dashboard Configuration (Enterprise) 🔵

☐ Activate enterprise Dashboard license ☐ Configure organizational structure (regions → locations → printers) ☐ Set user roles and permissions:

• Admin: Full access (central operations)
• Manager: Location management, reporting (regional managers)
• Operator: Print queue management, printer control (local staff)
• Viewer: Reporting only (executives) ☐ Enable SSO integration with corporate identity provider ☐ Configure alert notifications (print completion, errors, maintenance) ☐ Set up automated utilization reporting

Test Environment Setup

Recommended Approach: Centralized Test Environment

☐ Establish single test location at HQ or operations center ☐ Install one of each printer model in test environment ☐ Test all appliance types before deploying workflow to locations ☐ Document validated settings for replication

Test Validation Checklist

☐ Surgical Guide: Print test guide, verify dimensional accuracy (<0.1mm deviation) ☐ Model: Print test model, verify detail reproduction, fit of simulated restoration ☐ Aligner/Retainer: Print test aligner, verify fit on model, flexibility ☐ Splint: Print test splint, verify fit, occlusion, comfort ☐ Denture (if applicable): Print test denture, verify shade match, fit, retention

Per-Location Validation (Abbreviated)

☐ Print standard test model on installation day ☐ Verify dimensional accuracy matches centralized test results ☐ Confirm network connectivity to Dashboard ☐ Test alert and notification systems

Data Migration

Historical Data Considerations

Generally Not Required: Formlabs Dental does not require ingestion of historical patient data for operation.

Optional Historical Integration: ☐ If tracking production metrics against historical lab costs, import lab invoice history into comparison dashboard ☐ If using centralized case management, consider importing active in-progress cases from labs

Security and HIPAA Compliance

Enterprise HIPAA Checklist ⚠️

Requirement	Action	Status
Business Associate Agreement (BAA)	🔵 Execute BAA with Formlabs for cloud services	☐
Data encryption in transit	Verify HTTPS for all Dashboard communications	☐
Data encryption at rest	Confirm cloud storage encryption standards	☐
Access controls	Implement role-based access via Dashboard	☐
Audit logging	Enable and configure audit log retention	☐
PHI in file names	Establish naming conventions that don't include PHI	☐
Local file storage	Configure HIPAA-compliant local storage for STL files	☐
Workforce training	Include HIPAA considerations in staff training	☐
Incident response	Add 3D printing to HIPAA incident response plan	☐

Data Governance Framework 🟣

☐ Define data ownership (patient files, design files, print records) ☐ Establish retention policy for print files (recommend minimum 7 years) ☐ Configure automatic backup for design workstations ☐ Document data flow from scan to print to patient record

Standardized vs. Location-Specific Configuration

Standardize Centrally

Setting	Rationale
PreForm print profiles	Ensure consistent quality across network
Resin types approved for use	Material standardization, inventory simplicity
Quality thresholds	Uniform patient experience
Dashboard reporting structure	Enable cross-location comparison
Security settings	Compliance consistency
File naming conventions	Retrievability, audit trail

Allow Local Discretion

Setting	Rationale
Provider preferences for guide thickness	Clinical judgment varies
Print scheduling (time of day)	Varies by patient flow
Workflow sequence (who sends to print)	Staffing models differ
Model color preferences	Aesthetic, non-clinical

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6. Team Training Plan

Train-the-Trainer Model

Champion Selection Criteria

Ideal Champion Profile:

• Staff member (provider or manager) with demonstrated tech aptitude
• Minimum 1 year tenure at location
• Respected by peers, able to influence adoption
• Available for 2-day intensive training
• Committed to ongoing champion responsibilities

Champion Responsibilities:

• Complete certification training
• Train all location staff on role-specific workflows
• Serve as first-line support for location questions
• Escalate unresolved issues to regional manager/central team
• Provide feedback to central operations on workflow improvements
• Track training completion for all staff
• Onboard new hires to digital workflow

Champion Certification Program (2 Days) 🔵

Day 1: Technical Foundations

• Morning: Hardware operation, safety, maintenance (4 hours)
• Afternoon: PreForm software mastery, troubleshooting (4 hours)

Day 2: Workflow & Teaching

• Morning: End-to-end clinical workflows by appliance type (4 hours)
• Afternoon: Training delivery techniques, materials review, certification assessment (4 hours)

Certification Requirements: ☐ Complete all training modules ☐ Pass written assessment (80% minimum) ☐ Successfully produce each appliance type independently ☐ Demonstrate ability to troubleshoot common issues ☐ Deliver mock training session to peer group

Standardized Training Materials (Create Centrally)

Materials to Develop

☐ Role-specific quick-start guides (1 page each, laminated) ☐ Video library: Equipment operation, workflows by appliance type (5–10 min each) ☐ Troubleshooting flowcharts for common issues ☐ Assessment quizzes to verify comprehension ☐ Training sign-off sheets for compliance tracking

Role-Specific Training Outlines

Dentists/Providers

Training Time: 2 hours (can be split across 2 sessions)

Format: Live demo (preferred) or video + supervised practice

Content Outline:

1. Digital workflow overview (15 min)

   • How in-house production changes case planning
   • Turnaround time expectations
   • Quality standards and tolerances

2. Scanner-to-print pathway (20 min)

   • Scan quality requirements for optimal prints
   • Case handoff to design (who does what)
   • Approval workflow before production

3. Appliance-specific workflows (45 min)

   • Surgical guides: Design review, fit expectations
   • Models: Use cases, detail requirements
   • Aligners: Treatment planning integration
   • Splints/nightguards: Design preferences

4. Quality assessment (20 min)

   • How to evaluate printed appliances
   • Acceptable vs. unacceptable variations
   • Remake request process

5. AI-assisted design review (if applicable) (10 min)

   • Interpreting design software suggestions
   • When to override automated recommendations

6. Q&A and hands-on (10 min)

Common Resistance Points and Responses:

Resistance	Response
"I don't have time to learn another system"	"Design can be delegated; your role is approval and quality assessment—5 minutes per case"
"Lab work is fine, why change?"	"Same-day delivery increases case acceptance 15–20%; show specific case studies"
"What if quality isn't as good?"	"Validated materials meet or exceed lab quality; show comparison samples"
"I don't trust the fit"	"Demonstrate on actual cases; track initial results to build confidence"

Day 1 Cheat Sheet: Providers

┌─────────────────────────────────────────────────────────────────────────────┐
│ FORMLABS DENTAL - PROVIDER QUICK REFERENCE                                  │
├─────────────────────────────────────────────────────────────────────────────┤
│ SCAN QUALITY CHECKLIST                                                      │
│ ☐ Full arch capture, no holes in mesh                                      │
│ ☐ Opposing arch if needed for occlusion                                    │
│ ☐ Bite registration in centric occlusion                                   │