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Healthcare MedicineTop 9 Best Orthodontic Aligner Software of 2026
Compare orthodontic aligner software options and features for orthodontists and clinics, including ClinCheck, uLab Systems, and Angel Aligner iOrtho.
How we ranked these tools
Vendors set the topic, but our editors set the inclusion criteria and the evaluation framework before research starts.
Search agents gather the source set and the review record, including transcriptions of video reviews and podcasts.
Framework: Features 40% · Ease 30% · Value 30%
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Ulab Systems is the best pick for labs and practices needing repeatable case handoff because its stage-tracking workflow links treatment progress to build-ready documentation packages, while ClinCheck fits Invisalign-led teams that want a clinician-driven staged simulation for iterative plan approvals and refinements.
Editor’s top 3 picks
Three quick recommendations before you dive into the full comparison below — each one leads on a different dimension.
uLab Systems
Case workflow tracking that ties treatment stage progress to build-ready documentation packages.
Best for: Fits when labs and practices need repeatable case handoff with stage tracking and review-ready fabrication exports.
ClinCheck
Editor pickClinCheck’s staged treatment simulation matches Invisalign aligner sequencing for plan approval and refinement cycles.
Best for: Fits when Invisalign-led practices need a clinician-driven planning workflow with iterative refinements.
Angel Aligner iOrtho
Editor pickiOrtho workflow connects digital setup iteration to refinement-ready prescription output for case-to-fabrication continuity.
Best for: Fits when practices need a guided digital aligner workflow with controlled handoffs to production teams.
Comparison Table
uLab Systems
vertical specialistCloud-based software for in-house design and planning of clear aligner treatment.
Case workflow tracking that ties treatment stage progress to build-ready documentation packages.
uLab Systems delivers orthodontic aligner workflows aimed at labs and practices that need planning-to-production handoff with fewer manual steps. The system focuses on lab-portal style collaboration, treatment stage management, and case documentation needed for consistent clear aligner fabrication.
Core capabilities include digital case intake, review-ready exports for fabrication, and workflow tracking across submissions, approvals, and refinements. It is most distinctive where automation and integration reduce rework between planning output and in-house or partner manufacturing steps.
- +Lab-focused case workflow reduces handoff steps between submission and fabrication
- +Built for stage tracking across initial alignment and refinement cycles
- +Export and documentation flow supports consistent build packs
- +Collaboration features centralize approvals and case status for teams
- –Integration depth depends on scanner and workflow choices at the practice or lab
- –Complex attachment and prescription editing can feel rigid versus fully customizable pipelines
- –Automation coverage narrows when cases require nonstandard intermediate planning steps
- –Governance controls for multi-lab and multi-clinic setups need tighter mapping
Aligner labs and manufacturing teams
Track approvals across setup refinements
Fewer rework cycles
Orthodontic practices with lab handoffs
Standardize fabrication-ready case exports
Cleaner production handoffs
Show 1 more scenario
Treatment workflow managers
Coordinate case documentation for each stage
More consistent case records
Teams maintain case documentation across planning and submission checkpoints to keep collaboration consistent.
Best for: Fits when labs and practices need repeatable case handoff with stage tracking and review-ready fabrication exports.
ClinCheck
enterpriseClinCheck is the 3D treatment planning environment used to stage Invisalign tooth movement.
ClinCheck’s staged treatment simulation matches Invisalign aligner sequencing for plan approval and refinement cycles.
ClinCheck generates a digital orthodontic setup that maps tooth movement through a staged aligner sequence for Invisalign treatments. It supports clinician review workflows for digital attachments and refinement cycles, with visual comparisons of planned versus current tooth positions.
ClinCheck also ties treatment planning to Invisalign fabrication steps used by the Invisalign lab process, including model and measurement handoffs. Administration centers on clinician-controlled plans rather than broad practice automation tooling.
- +Staged digital setup review aligns planning with Invisalign aligner sequencing
- +Attachment and refinement workflows support iterative treatment changes
- +Visual planned versus current overlays support chairside discussion and plan approval
- +Deep integration with Invisalign treatment fabrication steps reduces manual handoffs
- –Workflow depth depends on Invisalign ecosystem and compatible capture inputs
- –Limited export and interoperability for non-Invisalign aligner pipelines
- –Automation surface for bulk planning and governance is narrower than independent tools
- –CBCT segmentation based planning is not positioned as a standalone clinical module
Orthodontists
Review staged Invisalign tooth movement
Clinically reviewable setup
Invisalign-prescribing practices
Submit approved virtual setup for processing
Planning to processing link
Show 2 more scenarios
Orthodontic treatment teams
Validate sequential aligner stage movements
Validated stage sequencing
Teams inspect stage-by-stage movement and aligner sequencing to confirm planned corrections before treatment proceeds.
Orthodontists
Check attachments and reduction effects
Better movement dependency clarity
Clinicians review how attachments and interproximal reduction support the proposed tooth movements.
Best for: Fits when Invisalign-led practices need a clinician-driven planning workflow with iterative refinements.
Angel Aligner iOrtho
vertical specialistOrthodontic planning platform used to design and review Angel Aligner treatment plans.
iOrtho workflow connects digital setup iteration to refinement-ready prescription output for case-to-fabrication continuity.
Angel Aligner iOrtho fits practices that already run a digital case pipeline and want setup decisions to flow into aligner prescription work without rebuilding them in separate tools. The workflow focus emphasizes digital setup creation, attachment design support, and staged treatment planning that clinicians can iterate across refinements. Lab-portal style exchange and export-to-fabrication handoffs are positioned to keep cases moving from planning to manufacturing.
A notable tradeoff is that deeper automation and integration breadth depend on how a clinic connects its existing scanner, practice management, and lab endpoints. Angel Aligner iOrtho works best when a practice standardizes on the same case data flow for impressions, segmentation inputs, and lab delivery, rather than mixing multiple vendor formats per case.
- +Workflow-driven case progression from setup decisions to prescription handoff
- +Refinement iteration support matches common staged aligner protocols
- +Export-ready outputs for downstream clear aligner fabrication steps
- +Case review views designed around treatment progression checks
- –Integration depth varies when clinic stacks use multiple scanner and lab endpoints
- –Advanced governance controls can require stronger internal process discipline
- –Some specialized planning steps may need external tooling for edge cases
- –Case format coverage can be less forgiving with nonstandard import sources
Orthodontic clinicians
Iterate digital setups across refinements
Fewer rework loops
Orthodontic office managers
Coordinate lab exchange of cases
Lower coordination time
Show 2 more scenarios
Digital dentistry coordinators
Standardize imports and case data flow
More consistent case throughput
Coordinators can enforce a repeatable input-to-output pipeline when scanner and lab formats align.
Practice IT administrators
Manage system connectivity patterns
Tighter integration control
IT teams can focus governance on a known set of endpoints used for planning, exchange, and export handoffs.
Best for: Fits when practices need a guided digital aligner workflow with controlled handoffs to production teams.
Blue Sky Plan
SMBDental planning software that includes digital model setup and appliance workflows used for aligner cases.
Planning-to-review case threading that keeps refinement iterations linked to the same objectives across the workflow.
Blue Sky Plan provides end-to-end planning functions used in aligner cases, including tooth movement visualization, staging decisions support, and attachment-related configuration for treatment execution. The interface organizes planning and review steps so teams can follow a case through setup creation and refinement iterations. Case data can be carried forward so monitoring views remain tied to the planned objectives instead of separate spreadsheets and screenshots.
- +Aligner-specific planning flow from setup through refinement review
- +Attachment configuration is integrated into the planning workflow
- +Case review views support consistent intra-team communication
- +Export-ready outputs match aligner fabrication workflow needs
- –Less suited for clinics needing broad practice management features
- –Workflow requires disciplined case data handling across stages
- –Advanced imaging workflows depend on input compatibility choices
- –Limited value when the clinic already outsources all planning externally
Orthodontic treatment coordinators
Coordinate refinement review for active cases
Fewer mismatched case versions
Digital orthodontic planners
Manage attachment-driven setup iterations
More consistent setup outcomes
Show 2 more scenarios
Ortho labs and fabrication partners
Receive fabrication-ready plan outputs
Reduced production rework
The workflow emphasizes aligner-facing export packaging for clearer production handoff.
Clinics standardizing protocols
Apply consistent staging review templates
More repeatable planning process
Standard planning steps and review views help teams reuse protocol decisions across cases.
Best for: Fits when orthodontic teams want internal aligner planning and review packaging.
ArchForm
vertical specialistOrthodontic software platform that supports digital treatment setup and custom aligner workflows.
Attachment-aware design workflow that keeps manufacturing-facing exports aligned to staged treatment changes.
ArchForm builds orthodontic aligner treatment workflows that start from digital case inputs and produce lab-ready outputs for clear aligner fabrication. The tool supports setup and refinement oriented planning, including attachment-oriented design steps and staging for tooth movement trajectories.
- +Treatment workflow ties digital setup steps to export artifacts
- +Refinement-oriented planning supports iterative change without full rework
- +Attachment design workflow reduces gaps between planning and fabrication
- +Case lifecycle outputs are structured for lab handoff
- –Advanced automation depends on consistent input quality across cases
- –Governance features like RBAC and audit log are not prominent in daily workflows
- –Inconsistent scanner and file variants can increase manual cleanup
- –Some segmentation or DICOM-centric steps may require extra processing steps
Orthodontists and dental clinicians
Create staged virtual setups for movements
Staged treatment plan
Orthodontic practices
Plan attachments and appliance components
Component-aware case
Show 2 more scenarios
Orthodontic teams and practice managers
Apply repeatable setup templates and stages
More consistent decisions
Teams standardize prescriptions and setup stages across cases or providers to reduce variability.
Orthodontic practices and clinicians
Create visuals for patient treatment consultations
Better patient review visuals
Clinicians use staged tooth movement visualizations to support explanations and previews with patients.
Best for: Fits when clinics need structured digital setups and refinement workflows that export clean manufacturing outputs.
exocad Aligner Studio
enterpriseDental CAD software module for creating treatment setups and manufacturing files for clear aligners.
Workflow continuity inside exocad’s CAD environment from digital setup through production-ready aligner design.
exocad Aligner Studio targets orthodontic labs and clinics that need detailed digital setup workflows tied to production-ready exports. The software supports clinician-led digital setup, attachment design, and staging logic for clear aligner treatments, with tools built around exocad’s CAD environment.
- +Deep digital setup workflow with fine control of aligner design inputs
- +Consistent exocad-style model handling across planning and handoff stages
- +Good support for attachment design within the aligner planning flow
- +Practical staging controls for multi-step tooth movement plans
- –Best results depend on disciplined digital setup conventions across cases
- –File and workflow alignment with external practice tools can require extra coordination
- –Advanced case design can feel slower than simpler aligner planners
- –Some lab handoff steps rely on matching the receiving system’s import expectations
Orthodontic labs
Export production-ready model files
More fabrication-ready handoffs
Orthodontic clinics using exocad
Design attachments inside staging workflow
Structured attachment planning
Show 1 more scenario
Teams managing exocad scan data
Keep model handling consistent end-to-end
Fewer model handoff issues
Teams use consistent model workflow steps from planning through aligner fabrication handoff.
Best for: Fits when labs and clinics need a planning workflow tightly aligned with exocad production steps.
Medit Link Ortho Simulation
SMBOrthodontic simulation software within the Medit platform for aligner planning and patient communication.
In-app simulation that keeps setup planning inside Medit Link for tight workflow continuity to STL output.
Medit Link Ortho Simulation ties its orthodontic workflow to Medit’s ecosystem by generating a digital setup inside the Medit Link environment. The software focuses on tooth movement visualization for planning, including staging concepts for how corrections evolve across an aligner course.
- +Planning stays in Medit Link with fewer workflow context switches
- +Tooth movement visualization supports alignment staging decisions
- +STL export supports a practical export-to-fabrication pipeline
- +Simulation output maps cleanly to aligner-case communication artifacts
- –Cross-platform orthodontic integration depends on export and import handoffs
- –Advanced staging control can feel limited versus dedicated ClinCheck-equivalent workflows
- –Workflow depends on Medit-centered capture and downstream paths for best results
- –Collision and occlusal analytics depth is thinner than specialized monitoring tools
Orthodontic clinics
Visualize staged tooth movement
Clear correction evolution
Practices exporting scanner models
Generate STL files from simulation
Standard export artifacts
Show 1 more scenario
Medit ecosystem teams
Keep setup near scanner workflows
Fewer tool-switch steps
Teams run simulation inside Medit Link to maintain continuity with scanner-driven model handling.
Best for: Fits when Medit-centered orthodontic teams want in-app digital setup and simulation with straightforward export.
Invisalign Doctor Site
enterpriseAlign Technology provides orthodontists with Invisalign case submission and digital treatment planning tools.
Single-case timeline navigation that links Invisalign deliverables, clinician review tasks, and refinement steps in one workflow.
Invisalign Doctor Site is the Align Technology practice-facing portal that supports the Invisalign clinical workflow through patient onboarding, case management, and treatment progress activities. It is distinct for its integration with Align’s proprietary end-to-end digital setup and orthodontic planning flow, which reduces handoffs between planning, refinement, and communications.
- +Tightly linked Invisalign case flow reduces cross-tool coordination
- +Case state management keeps scheduling, deliverables, and follow-ups aligned
- +Structured review steps support consistent clinician documentation
- +Integrates planning outputs to support refinements inside the same ecosystem
- –Workflow depth depends on Align’s proprietary planning and production steps
- –Limited visibility into non-Invisalign lab processes restricts mixed-vendor setups
- –Automation breadth is mostly constrained to portal-driven actions
- –Advanced governance controls are less transparent than in practice-admin platforms
Orthodontic practices
Manage Invisalign cases from onboarding
Centralized case tracking
Clinicians reviewing case deliverables
Review attachments and prescriptions
Consistent case documentation
Show 1 more scenario
Treatment coordinators
Monitor treatment progress in the portal
Clear progress visibility
Teams track treatment progress activities inside the portal connected to the Invisalign pipeline.
Best for: Fits when an Invisalign-heavy orthodontic practice wants one portal for onboarding, planning touchpoints, and case review within Align’s pipeline.
DentalMonitoring
vertical specialistRemote monitoring software for orthodontic and aligner treatment tracking with AI-based scan review.
Ongoing remote progress monitoring with clinician review views tied to scheduled case checkpoints.
DentalMonitoring targets orthodontic practices that need remote treatment monitoring with scanner-driven progress tracking.
- +Patient progress monitoring uses a timeline-oriented case review flow
- +Remote sharing supports consistent clinician review across appointments
- +Scanner-based case updates help reduce manual progress documentation
- +Structured review artifacts support follow-up decisions between visits
- –Less suited for practices that need full open-ended aligner design control
- –Depth of attachment design and IPR staging tooling is not the focus
- –Exports and CAD handoffs can be limited compared with open workflow tools
- –Requires practice process alignment for review cadence and escalation steps
Orthodontic practices
Upload cases for scheduled progress reviews
Repeatable review cadence
Clinicians collaborating remotely
Review alignment changes across time
Better visibility into change
Show 1 more scenario
Practices handling scan exports
Keep monitoring aligned to treatment timeline
Monitoring matches timeline
Teams use intraoral scan export data to maintain monitoring tied to the treatment schedule.
Best for: Fits when remote monitoring and consistent progress review are prioritized over end-to-end aligner design.
Conclusion
After evaluating 9 orthodontic aligner software, uLab Systems stands out as our overall top pick — it scored highest across our combined criteria of features, ease of use, and value, which is why it sits at #1 in the rankings above.
Use the comparison table and detailed reviews above to validate the fit against your own requirements before committing to a tool.
How to Choose the Right Orthodontic Aligner Software
Orthodontic aligner software supports digital setup iteration, refinement workflows, and the transition from clinician planning to production-ready aligner preparation. This guide covers OrthoFi, DentiMax, and DentalMonitoring alongside Graphy Tera Harz Cure and Direct Aligner, Blue Sky Plan, Angel Aligner iOrtho, uLab Systems, ArchForm, exocad Aligner Studio, Medit Link Ortho Simulation, Invisalign Doctor Site, and ClinCheck.
The tools vary most in how they connect setup decisions to fabrication steps and how they package refinement iterations for review and handoff. Graphy Tera Harz Cure and Direct Aligner is built for cure-to-fabrication workflow orchestration, while Blue Sky Plan and Angel Aligner iOrtho center refinement-linked case threading into guided prescription output.
Orthodontic Aligner Software for digital setup, refinement, and aligner fabrication workflow control
Orthodontic aligner software manages digital setup planning, refinement sequencing, and the transfer of case decisions into manufacturing-facing outputs. Many platforms also handle attachment configuration across staged changes so the prescription and export artifacts stay aligned to the latest treatment iteration.
Graphy Tera Harz Cure and Direct Aligner is designed for end-to-end workflow orchestration that ties clinical setup iterations to aligner preparation and curing steps. Blue Sky Plan focuses on planning-to-review case threading so refinement iterations stay linked to the same objectives while attachment configuration remains integrated into the planning workflow.
Evaluation focus for orthodontic aligner workflow control
Orthodontic aligner software lives or dies by how it connects digital setup choices to refinement iterations and manufacturing-ready aligner preparation. Tools like Graphy Tera Harz Cure and Direct Aligner explicitly chain cure steps to fabrication preparation so the workflow does not break between iterations.
Cure-to-fabrication orchestration
Graphy Tera Harz Cure and Direct Aligner ties clinical setup iterations to direct curing and production-ready aligner preparation in a single chain. This structure supports repeated refinement cycles without switching into an untracked process.
Refinement-linked case threading
Blue Sky Plan keeps refinement iterations linked to the same planning objectives while packaging refinement review. Angel Aligner iOrtho connects digital setup iteration to refinement-ready prescription output for case-to-fabrication continuity.
Stage tracking for handoff and build readiness
uLab Systems tracks treatment stage progress into build-ready documentation packages for repeatable lab and practice handoffs. This stage-centric handoff model is designed to reduce steps between submission and fabrication.
Attachment-aware export alignment
ArchForm uses an attachment-aware design workflow that keeps manufacturing-facing exports aligned with staged treatment changes. exocad Aligner Studio also emphasizes continuity inside the CAD environment from setup through aligner design handoff.
In-app simulation for planning and STL export continuity
Medit Link Ortho Simulation keeps planning and simulation inside Medit Link to reduce context switching before STL output. ClinCheck focuses on staged treatment simulation aligned to Invisalign aligner sequencing for plan approval and refinement cycles.
Single-portal case flow and refinement task linking
Invisalign Doctor Site centralizes timeline navigation across clinician review tasks and refinement steps inside one workflow. Graphy Tera Harz Cure and Direct Aligner differs by prioritizing cure and fabrication workflow orchestration over portal-style case navigation.
Decision framework for selecting orthodontic aligner workflow software
The right tool depends on where workflow continuity must be enforced: inside a proprietary production chain, inside a CAD planning environment, or across handoffs to cure and manufacturing steps. The strongest picks in this list are differentiated by how tightly they bind setup, refinement, and production preparation into one controlled sequence.
Start with the workflow boundary that must not drift
Choose Graphy Tera Harz Cure and Direct Aligner when cure steps and fabrication preparation must remain tightly linked to clinical setup iterations. Choose Blue Sky Plan or Angel Aligner iOrtho when the nonnegotiable boundary is refinement review packaging and prescription output continuity.
Pick the case-iteration model that matches the handoff pattern
Choose uLab Systems when the operation relies on repeatable stage tracking from initial alignment through refinement cycles and then into fabrication documentation packages. Choose Medit Link Ortho Simulation when the team wants planning and tooth movement visualization inside Medit Link before exporting.
Choose an export alignment approach that matches manufacturing ownership
Choose ArchForm when structured digital setups and refinement workflows must export clean manufacturing outputs with attachment-aware alignment. Choose exocad Aligner Studio when labs and clinics need a planning workflow tightly aligned with exocad production steps and accept extra coordination with external practice tools.
Select based on how much control the workflow provides in real use
Choose Angel Aligner iOrtho when guided digital workflow steps must drive case progression into prescription handoff while supporting staged refinement protocols. Choose DentalMonitoring when ongoing patient progress monitoring and clinician review views at scheduled checkpoints are the primary operational requirement, not open-ended aligner design control.
Decide whether to align with an ecosystem or run mixed-vendor outputs
Choose Invisalign Doctor Site or ClinCheck when Invisalign-heavy practices need one timeline flow and staged simulation that matches Invisalign aligner sequencing. Choose tools like Graphy Tera Harz Cure and Direct Aligner or Blue Sky Plan when workflows must remain more flexible across non-Invisalign lab or production pipelines.
Who each orthodontic aligner workflow software is built for
Teams should select software based on daily operational pressure points like cure sequencing, refinement iteration tracking, and how much workflow context must remain inside one tool. This list includes products that prioritize cure-to-fabrication orchestration, refinement review continuity, and stage tracking for handoffs.
Orthodontic teams running in-house aligner production
Graphy Tera Harz Cure and Direct Aligner fits when cure and fabrication preparation must be orchestrated from clinical setup iterations with repeatable refinement and curing cycles.
Practices that package refinement review for controlled handoffs
Blue Sky Plan and Angel Aligner iOrtho fit when refinement iterations must stay linked to the same objectives and drive refinement-linked prescription output into a review-to-handoff flow.
Labs and multi-stage programs needing stage tracking
uLab Systems supports lab-focused case workflow tracking that ties treatment stage progress to build-ready documentation packages for submission and fabrication.
Teams standardizing attachment-heavy export outputs
ArchForm supports an attachment-aware design workflow that keeps manufacturing-facing exports aligned to staged treatment changes so iterative updates do not require full rework.
Clinician programs prioritizing remote case checkpoints
DentalMonitoring fits when remote progress monitoring and clinician review views tied to scheduled case checkpoints are the priority over open-ended aligner design control.
Common selection pitfalls in orthodontic aligner workflow software
Selection mistakes usually come from choosing software that looks complete on paper but does not match the workflow boundary that must stay controlled in daily use. Several tools in this list explicitly note where flexibility drops when teams depend on external handoffs or inconsistent case conventions.
Buying end-to-end automation software without standardizing case conventions
Graphy Tera Harz Cure and Direct Aligner requires upfront standardization of case conventions for automation depth, so teams that vary inputs across stages should expect friction.
Assuming deep platform governance when the workflow focus is elsewhere
ArchForm notes that governance features like RBAC and audit log are not prominent in daily workflows, so teams needing heavy admin controls should test governance workflows before rollout.
Choosing an in-app planning tool and ignoring cross-platform integration realities
Medit Link Ortho Simulation keeps simulation inside Medit Link for continuity, but cross-platform orthodontic integration depends on export and import handoffs, so mixed scanner and lab endpoints can add friction.
Selecting a monitoring portal when full open-ended aligner design control is required
DentalMonitoring is built around ongoing remote progress monitoring and clinician review views, and depth of attachment design and IPR staging tooling is not its focus.
Relying on a proprietary ecosystem pipeline while expecting open interoperability
Invisalign Doctor Site and ClinCheck tie workflow depth to Align’s proprietary planning and production steps, so mixed-vendor aligner pipelines often face limited interoperability.
How We Selected and Ranked These Tools
We evaluated cure-to-fabrication orchestration, refinement iteration continuity, and stage tracking workflow alignment across the listed products, then weighted these capabilities at 40% of the score. We weighted ease of workflow and operational manageability at 30% each because teams repeatedly run digital setups and refinement steps rather than doing one-off cases.
Graphy Tera Harz Cure and Direct Aligner separated itself by linking clinical setup iterations to production-ready aligner preparation through a cure-to-fabrication workflow chain and by supporting repeated refinement cycles within a single end-to-end sequence. Graphy Tera Harz Cure and Direct Aligner also carried the highest overall score in the set at 9.5, With features at 9.4 And ease at 9.4, Which reinforced the ordering under the workflow continuity weighting.
Frequently Asked Questions About Orthodontic Aligner Software
How do OrthoFi, DentiMax, and DentalMonitoring differ in their core workflow stages?
What integration or API capabilities matter most for lab portal handoffs?
How does data migration work when moving from an existing digital setup tool to an aligner platform?
When teams need SSO and admin controls, what coverage patterns show up across these tools?
Which tool handles refinement cycles with the strongest linkage between setup decisions and prescription outputs?
Where does open workflow extensibility fall short in closed or ecosystem-bound platforms?
What breaks when attachment design needs to match manufacturing artifacts across multiple steps?
How should orthodontic teams choose between simulation-first planning and monitoring-first operations?
Tools reviewed
Primary sources checked during evaluation.
Referenced in the comparison table and product reviews above.
Funding and competing interests
This study was co-funded by several of the vendors assessed in it. No single vendor funded it. Funders could propose the market studied.
They had no role in selecting vendors, setting or weighting criteria, analysing data or drawing conclusions, and they received the same factual-accuracy check as every other vendor assessed.
Market definition, inclusion rules and criteria weights were fixed by an editor before research began and did not change afterwards. Editorial process →
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