GITNUXSOFTWARE ADVICE
Healthcare MedicineTop 10 Best Dental 3D Software of 2026
Ranked comparison of dental 3d software tools for CAD and scanning workflows, with workflow notes on Zirkonzahn.Modellier, 3Shape, exocad.
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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Choose Dolphin 3D if your orthodontic planning hinges on standardized cephalometric and airway measurements before you hand off to external CAD, whereas 3Shape Dental System fits labs that need consistent CAD outputs across many technicians and scanner sources.
Editor’s top 3 picks
Three quick recommendations before you dive into the full comparison below — each one leads on a different dimension.
Dolphin 3D
Dolphin 3D ties DICOM imaging review to 3D measurements used directly in treatment planning workflows.
Best for: Fits when imaging-driven planning and measurement must be standardized before external CAD design.
3Shape Dental System
Editor pickDigital articulator workflows and occlusion stages stay connected to the CAD model for revision control.
Best for: Fits when labs need standardized CAD outputs across many technicians and scanner sources.
exocad DentalCAD
Editor pickLibrary and parameter management for implants, prosthetics, and production rules across repeated lab cases.
Best for: Fits when dental labs need controlled, repeatable CAD workflows with library-driven implant and restoration design.
Comparison Table
Dolphin 3D
vertical specialist3D orthodontic imaging and treatment planning software for cephalometric and airway analysis.
Dolphin 3D ties DICOM imaging review to 3D measurements used directly in treatment planning workflows.
Dolphin 3D starts from imaging review, including DICOM import, then moves into measurement, segmentation-assisted workflows, and 3D visualization for orthodontic and surgical planning. The workflow is oriented around repeatable case measurement and staging, which matters for chairside or lab handoff when multiple clinicians must follow the same planning structure. Model and mesh handling enables export and re-use of geometry in external CAD or CAM steps.
A tradeoff is that Dolphin 3D’s CAD-style design depth for restorations depends more on export and handoff than on a full end-to-end crown and bridge design stack. Dolphin 3D fits best when imaging-driven planning and consistent occlusion and landmark measurement are the primary requirements, while detailed CAD feature authoring happens in a specialized design tool.
- +DICOM import supports imaging-first workflows with in-app 3D review
- +Repeatable measurement tools support structured orthodontic and surgical planning
- +Mesh import and export support external CAD design handoff
- +Desktop workflow favors predictable performance for local planning sessions
- –Crown and bridge CAD authoring depth is thinner than dedicated dental CAD suites
- –Advanced setup and workflow consistency require discipline across staff users
- –Cross-product restoration automation depends on external downstream tools
- –Library-driven prosthetic generation is limited compared with CAD-centric platforms
Orthodontic planning teams
Create repeatable 3D measurement plans
Faster consistent plan production
Oral surgery planning staff
Plan surgical cases from imaging
Clearer pre-op planning
Show 2 more scenarios
Dental labs supporting CAD handoff
Package geometry for downstream design
Reduced rework between tools
Teams export 3D geometry for further restoration or guide design in dedicated CAD tools.
Clinics standardizing workflows
Maintain consistent planning cases
More uniform documentation
The desktop-centric workflow supports standardized case review and measurement across multiple clinicians.
Best for: Fits when imaging-driven planning and measurement must be standardized before external CAD design.
3Shape Dental System
enterpriseDental CAD software for crowns, bridges, implants, dentures, and orthodontic appliances.
Digital articulator workflows and occlusion stages stay connected to the CAD model for revision control.
3Shape Dental System fits dental labs and enterprise engineering teams that need consistent design outputs across many cases, because the system organizes design work around repeatable workflows and prosthetic libraries. Crown and bridge design, implant planning, and surgical guide design can be produced inside the same software environment, which reduces handoff friction between planning and CAD tasks. Digital articulator workflows help standardize occlusal steps during model articulation and adjustment workflows, especially when case criteria must stay consistent between technicians.
A key tradeoff is that production consistency depends on controlled configuration of libraries, templates, and import settings, because the CAD output quality drops when scan alignment and protocol settings drift. Labs that run mixed scanner inputs can use import pipelines, but they must enforce per-scanner quality checks and consistent model orientation to avoid rework. Strong automation and integration are most practical when the lab already centralizes case intake and routes outputs to milling and 3D printing on a repeatable schedule.
- +Tightly integrated scan-to-CAD workflow supports consistent prosthetic design output
- +Prosthetic and implant planning workflows share libraries across case types
- +Digital articulator steps standardize occlusion handling during design revisions
- +Extensibility supports integration-driven case throughput for multi-workstation labs
- –Output consistency depends on disciplined template and library governance
- –Mixed scanner inputs often require extra alignment and protocol checks
- –Advanced workflows can feel heavy without staff process documentation
- –Some automation needs integration work to match lab routing rules
Dental laboratory production managers
High-volume crown and bridge CAD
Lower rework and faster approvals
Implant planning coordinators
Surgical guide and implant guides
More predictable guide fabrication
Show 2 more scenarios
Senior CAD technicians
Complex occlusion-focused revisions
Clearer iteration and handoffs
Digital articulator workflows support structured occlusal evaluation during model adjustments.
IT and integration leads
Automated case routing across labs
Fewer manual handoffs
API-oriented extensibility and integrations support aligning case intake to processing throughput.
Best for: Fits when labs need standardized CAD outputs across many technicians and scanner sources.
exocad DentalCAD
enterpriseOpen dental CAD software for restorations, implant workflows, dentures, and digital smile design.
Library and parameter management for implants, prosthetics, and production rules across repeated lab cases.
exocad DentalCAD is built around prosthetic workflows that start from imported scan data and then move through design, connector rules, and export packs for manufacturing. Implant planning and surgical guide design workflows integrate virtual tooth positioning and guide creation steps used in implant case production. Library-driven design lets labs reuse standardized abutments, implants, and prosthetic parameters instead of recreating them per case. Multi-format import and export supports typical lab pipelines where scan files arrive from different sources and CAM handoff targets multiple printers and milling workflows.
A common tradeoff is that maintaining consistent outputs across teams requires disciplined configuration of libraries, production settings, and case templates. The strongest usage fit appears in dental labs and mid-size providers that run repeated restoration and guide jobs and need controlled throughput rather than occasional one-off CAD edits.
- +Strong library-based design for consistent abutment and prosthetic parameters
- +Broad handoff formats for milling and 3D printing pipelines
- +Implant planning and surgical guide workflows fit production implant cases
- +Automation-oriented configuration supports standardized lab throughput
- –Setup discipline is required to keep multi-station outputs consistent
- –Some advanced workflows depend on add-ons and lab configuration
- –Learning curve is steeper than simpler chairside CAD tools
- –Change management can slow down when libraries and settings are heavily customized
Dental laboratory CAD managers
Standardize crown and bridge production
More consistent restorations
Implant-focused labs
Create surgical guides from scans
Faster guide turnaround
Show 2 more scenarios
Multi-scanner production teams
Unify mixed scan inputs
Fewer pipeline breakpoints
Multi-format import enables CAD steps across cases from different scan sources.
Teams supporting orthotics planning
Plan orthodontic aligner cases
More consistent treatment models
Orthodontic design tools help convert digital models into production-ready aligner workflows.
Best for: Fits when dental labs need controlled, repeatable CAD workflows with library-driven implant and restoration design.
Planmeca Romexis
enterpriseDental imaging and CAD/CAM software for 2D, 3D, implant planning, and clinical workflows.
Integrated CBCT-driven planning and measurement workflow for implant and surgical guide decisions within Romexis.
Planmeca Romexis combines imaging viewing with 3D planning workflows that use cone-beam CT datasets for measurements and decision support.
- +Tight cone-beam CT to planning workflow inside a single environment
- +Measurement and annotation tools support implant and guide planning tasks
- +Import and export support for common dental 3D exchange formats
- +Consistent dataset handling helps reduce rework during handoffs
- –Less suited to CAD-only design depth compared with dedicated dental CAD tools
- –Workflow effectiveness depends on correct imaging capture and dataset quality
- –Automation and integration coverage is narrower outside Planmeca-focused setups
- –Extensibility and API surfaces are not comparable to custom CAD ecosystems
Best for: Fits when clinics want cone-beam CT driven planning and guide prep with fewer dataset handoffs.
Maestro 3D Dental Studio
vertical specialistDental CAD software for orthodontic models, aligners, restorations, and digital laboratory workflows.
Surgical guide design built around library-driven component placement and interactive fit checks.
Maestro 3D Dental Studio generates restorations and guides from imported scan and model data using CAD workflows designed for dental labs. It supports crown and bridge design, implant planning tasks, and surgical guide design with tools for positioning and fit evaluation.
- +Restoration and surgical guide CAD workflows stay in one design environment
- +Library-based component placement speeds implant and guide setup
- +Mesh import and export enables workable file round-trips for labs
- +Fit and alignment checks support practical design iteration
- –Limited evidence of deep chairside scanner and facial scan connectivity
- –Advanced automation depends on manual workflow steps instead of guided pipelines
- –Governance controls like RBAC and audit logs are not clearly documented
- –Complex cases can require extra cleanup of imported meshes
Best for: Fits when dental labs need practical crown, implant, and guide CAD in a single workstation workflow.
Medit Link
SMBCloud-based dental platform connecting intraoral scanning, case management, design, and collaboration.
Linking scan intake to guided implant and surgical guide design inside the same project context.
Medit Link is a cloud-centered workflow layer for chairside CAD/CAM projects that keeps scan-to-design handoffs inside the Medit ecosystem. It supports crown and bridge design, implant planning, and surgical guide planning using Medit’s digital libraries and design tools. The workflow is built around project management, multi-step export handoffs, and scanner data intake that reduce manual rework when multiple units contribute scans.
- +Project-based workflow keeps scan imports connected to design outputs
- +Implant and surgical guide design tools cover core implant planning needs
- +Integration with Medit scanning data reduces format translation steps
- +Digital case libraries and occlusion tools support repeatable restoration setup
- –Deep customization of design rules is limited versus CAD-first lab suites
- –Certain advanced workflows rely on external sequencing through exports
- –Governance features are weaker for multi-site teams than enterprise lab systems
- –Extensibility depends on the Medit pipeline rather than open plugin integration
Best for: Fits when chairside teams want consistent Medit scan-to-design handoffs with predictable exports.
Blue Sky Plan
vertical specialist3D implant planning software for guided surgery, prosthetic planning, and surgical guide design.
Virtual articulator style occlusion workflow combined with implant and guide planning in one planning environment.
Blue Sky Plan is a dental 3D planning tool focused on implant planning, surgical guide design, and virtual articulator style workflows tied to occlusion management. It supports importing and working from common medical imaging and surface formats so planning geometry can be carried into downstream fabrication.
- +Implant planning and surgical guide generation stay inside one workflow.
- +Occlusion and jaw motion planning tools support virtual articulator style setup.
- +Supports import of CT data and common 3D surface formats for planning continuity.
- +Exported planning geometry fits open case exchange routines.
- –Guidance for complex multi-system scans can require careful case alignment.
- –Advanced automation depends on disciplined setup rather than one-click orchestration.
- –Orthodontic and full-denture design workflows are not as central as implant planning.
- –Extensibility is limited compared with CAD-centric ecosystems.
Best for: Fits when clinics need implant and guide planning tied to occlusion setup with consistent exports to labs.
coDiagnostiX
vertical specialist3D implant planning software for prosthetically driven implant placement and guided surgery.
Case-level sharing workflow built for cross-team review on the same imaging dataset state.
coDiagnostiX emphasizes collaborative diagnostic case management with a cloud delivery model.
- +Cloud case collaboration reduces version drift during review cycles
- +DICOM-oriented import supports imaging-first handoffs to design teams
- +Controlled case sharing supports multi-stakeholder workflows
- +Exportable datasets support downstream CAD and planning toolchains
- –CAD modeling depth is limited versus dedicated dental design systems
- –Workflow success depends on disciplined case setup and handoff rules
Best for: Fits when teams need imaging-centered collaboration and review control before CAD design and guide planning.
Zirkonzahn.Modellier
vertical specialistDental CAD software for modeling crowns, bridges, implants, dentures, and custom frameworks.
Guided digital master modeling with editable surface continuity for functional refinements after parameter-driven generation.
Zirkonzahn.Modellier turns scanned dental data into wax-like digital master models and then builds CAD restorations with a guided modeling workflow. The tool emphasizes rule-based geometry generation for crowns, bridges, and implant-supported cases, while keeping an editable surface model for functional refinements.
- +Modeling engine produces consistent contours with guided parameter controls
- +Surface edits remain available for functional refinements after automation
- +Implant-supported design workflow stays inside the same design environment
- +Exports support lab production steps like milling and 3D printing handoff
- –Workflow depth requires training to avoid rebuilding geometry after edits
- –Interoperability depends on compatible scan and file inputs
- –Automation coverage varies by restoration type and case complexity
- –Customization beyond core workflows needs add-on components
Best for: Fits when labs need controlled modeling for crowns, bridges, and implant cases with editable surfaces.
OnyxCeph
vertical specialist3D orthodontic planning software for imaging analysis, treatment simulation, and digital models.
CBCT-centric cephalometric and volumetric reference workflows designed to keep measurements stable across planning sessions.
OnyxCeph is a dental 3D workflow tool centered on CBCT-centric review, measurement, and treatment planning that feeds downstream prosthetic and surgical planning tasks. Its core strength is structured cephalometric and volumetric work where clinicians can generate consistent reference measurements across sessions.
- +CBCT-first workflow keeps measurements tied to volumetric anatomy.
- +DICOM handling supports imaging review within the same planning session.
- +STL exchange enables handoff into chairside or lab CAD systems.
- +Cephalometric measurement workflow is organized for repeatable sessions.
- –CAD authoring depth for full restorations is limited versus dedicated dental CAD.
- –Automation and API coverage is not a core expectation compared with CAD suites.
- –Advanced integrations depend on the target CAD workflow and file exchange paths.
- –Complex governance controls are harder to validate from public documentation.
Best for: Fits when clinics need CBCT measurement, planning, and predictable file handoffs to CAD teams.
Conclusion
After evaluating 10 dental 3d software, Dolphin 3D 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 Dental 3d Software
Dental 3D software in this guide spans imaging-first review, CAD authoring, and case-ready outputs for crown and bridge design, implant planning, and surgical guide workflows. The tool set covers Dolphin 3D, 3Shape Dental System, exocad DentalCAD, Planmeca Romexis, Maestro 3D Dental Studio, Medit Link, Blue Sky Plan, coDiagnostiX, Zirkonzahn.Modellier, and OnyxCeph.
The selection criteria emphasize integration depth between imaging and design, the practical data handling required for repeatable cases, and automation and handoff behavior across chairside and lab workflows. Dolphin 3D leads for DICOM import tied directly to in-app 3D measurement used in treatment planning, while 3Shape and exocad focus on CAD output control through connected scan-to-CAD pipelines and library-driven parameter governance.
Dental 3D Software for Imaging Review, CAD Modeling, and CAD-CAM Case Handoffs
Dental 3D software turns scan and imaging inputs into measurable, editable 3D models that support prosthetic and surgical planning, including crowns, bridges, implants, and guides. The practical baseline across these tools is an imaging intake path that feeds planning measurements or modeling stages, then produces exports for downstream CAD-CAM and production workflows.
Dolphin 3D anchors imaging-first planning by pairing DICOM import with in-app 3D review and repeatable measurement tools used directly before CAD design. Planmeca Romexis keeps cone-beam CT driven planning and measurement inside the same environment for implant and surgical guide decisions, while 3Shape Dental System emphasizes digital articulator workflows that keep occlusion stages connected to the CAD model for revision control.
Integration, measurement-to-CAD control, and handoff behavior for dental 3D workflows
Dental 3D software wins when imaging intake and measurement work stay tied to the same project state before CAD modeling starts. That control reduces version drift between imaging review, planning annotations, and the design outputs delivered to milling and 3D printing steps.
Imaging-first import with in-app 3D measurement
Dolphin 3D pairs DICOM import with in-app 3D review and repeatable measurement tools used directly in treatment planning. OnyxCeph keeps measurements stable with a CBCT-centric reference workflow that centers DICOM handling within the planning session.
Connected scan-to-CAD workflows with revision control
3Shape Dental System maintains digital articulator workflow stages connected to the CAD model so occlusion edits remain traceable during revisions. Medit Link links scan intake to guided implant and surgical guide design inside the same project context so exports follow the project state.
Library-driven parameters for implants, abutments, and production rules
exocad DentalCAD uses library and parameter management to keep implant, prosthetics, and production rules consistent across repeated lab cases. Maestro 3D Dental Studio uses library-based component placement to speed implant and surgical guide setup inside a single workstation workflow.
Single-environment planning from cone-beam CT to guide decisions
Planmeca Romexis keeps cone-beam CT driven planning and measurement inside Romexis for implant and surgical guide decisions with fewer dataset handoffs. Blue Sky Plan combines implant and surgical guide planning with a virtual articulator style occlusion workflow so the occlusion setup stays coupled to the planning exports.
Cross-team collaboration on the same imaging dataset state
coDiagnostiX provides case-level sharing designed for cross-team review on the same imaging dataset state to reduce review cycle drift. Dolphin 3D complements this with imaging-first in-app measurement tools that standardize how measurements are produced before external CAD design.
Guided modeling with editable surface continuity after automation
Zirkonzahn.Modellier uses a guided digital master modeling engine with editable surface continuity so functional refinements remain possible after parameter-driven generation. Dolphin 3D focuses more on imaging measurement than deep crown and bridge CAD authoring depth, which makes it less suited when advanced surface modeling is the priority.
Pick the workflow shape that matches planning control and production handoffs
A dental 3D tool should match the way cases move between imaging review, design edits, and final exports. The right choice comes from aligning the software’s control points with the team’s governance discipline, especially when multiple technicians, multiple scanners, and multiple planning iterations are involved.
Choose the software that owns measurement before CAD edits
If the workflow depends on imaging-derived measurement staying locked to planning decisions, Dolphin 3D is a fit because it ties DICOM import to in-app 3D review and repeatable measurement tools. If the workflow depends on CBCT-first measurement stability, OnyxCeph is a fit because it keeps measurements tied to volumetric anatomy using CBCT-centric reference workflows.
Decide between CAD-first governance or single-environment planning
If lab outputs require controlled CAD authoring with parameterized rules across many repeat cases, exocad DentalCAD supports library and parameter management for implant and prosthetic production rules. If the clinic needs cone-beam CT driven planning and guide prep with fewer dataset handoffs, Planmeca Romexis provides measurement and annotation tools inside one environment.
Select scan-to-design coupling based on occlusion workflow needs
If occlusion stages must stay connected to CAD for revision control, 3Shape Dental System supports digital articulator workflows that remain tied to the CAD model. If scan intake must feed guided implant and surgical guide design inside a shared project context, Medit Link keeps the project state connected from imports to exports.
Match collaboration requirements to case review behavior
If teams need cross-team review control that prevents version drift on the same imaging dataset state, coDiagnostiX supports case-level sharing for review cycles before design steps. If collaboration happens mostly after measurements are finalized, Dolphin 3D can reduce rework by standardizing measurements within the imaging review phase.
Pick guided modeling engines when post-generation edits are mandatory
If crown and bridge geometry needs controlled generation followed by editable surface continuity refinements, Zirkonzahn.Modellier provides guided digital master modeling with editable continuity after automation. If the priority is implant and guide CAD in a single workstation with practical fit checks, Maestro 3D Dental Studio focuses on library-driven component placement and interactive fit checks rather than deep surface modeling depth.
Who benefits from this Dental 3D Software set
Clinics and laboratories benefit when the software keeps imaging review, measurements, and planning edits connected to downstream CAD outputs. Teams also benefit when template, library, and component placement governance reduce repeat-case variability across technicians and scanner sources.
Imaging-led clinics that treat measurements as the source of truth
Dolphin 3D keeps DICOM import tied to in-app 3D measurement tools used in treatment planning before CAD authoring. Planmeca Romexis also keeps cone-beam CT driven planning and guide decisions inside Romexis.
Dental labs standardizing CAD outputs across many technicians and scanner sources
3Shape Dental System supports scan-to-CAD coupling where digital articulator workflows stay connected to the CAD model for revision control. exocad DentalCAD supports library-driven implant and prosthetic parameters for consistent production rules.
Cross-team planning workflows with frequent imaging review cycles
coDiagnostiX is built for case-level sharing so cross-team review happens on the same imaging dataset state. Blue Sky Plan supports tying occlusion setup to implant and surgical guide planning so exports remain consistent.
Teams that need guided modeling with controlled surface continuity refinements
Zirkonzahn.Modellier provides a modeling engine that keeps generated contours consistent while preserving editable surface continuity for functional refinements. Dolphin 3D delivers measurement control but has thinner crown and bridge CAD authoring depth than dedicated dental design systems.
Common pitfalls when selecting Dental 3D Software for real chairside and lab handoffs
Selection mistakes usually come from overestimating CAD depth when the actual requirement is imaging measurement control or guide-focused planning. Other mistakes come from choosing a workflow that assumes templates, libraries, and case setup discipline that the team cannot maintain across technicians.
Choosing a tool for its imaging review strength while expecting deep crown and bridge CAD authoring depth
Dolphin 3D is strong in DICOM import plus in-app measurement but has thinner crown and bridge CAD authoring depth than dedicated dental CAD suites. OnyxCeph also emphasizes CBCT-centric measurement workflows and limits full restorations CAD authoring depth.
Underestimating governance work required for output consistency with template-heavy workflows
3Shape Dental System output consistency depends on disciplined template and library governance across technician work. exocad DentalCAD setup discipline is required to keep multi-station outputs consistent for repeated lab cases.
Assuming advanced automation exists without manual workflow steps
Maestro 3D Dental Studio relies on manual workflow steps for advanced automation instead of guided pipelines. Blue Sky Plan can require careful case alignment when guidance for complex multi-system scans is needed.
Expecting deep customization of design rules inside a linked scan-to-design project workflow
Medit Link keeps scan intake connected to guided implant and surgical guide design, but deep customization of design rules is limited versus CAD-first lab suites. Medit Link workflows that require advanced sequencing often depend on external steps through exports.
Buying a collaboration workflow but not enforcing disciplined case setup and handoff rules
coDiagnostiX case sharing supports cross-team review, but workflow success depends on disciplined case setup and handoff rules. Dolphin 3D also needs workflow consistency discipline across staff users to maintain repeatable measurement outcomes.
How We Selected and Ranked These Tools
We evaluated Dolphin 3D, 3Shape Dental System, exocad DentalCAD, Planmeca Romexis, Maestro 3D Dental Studio, Medit Link, Blue Sky Plan, coDiagnostiX, Zirkonzahn.Modellier, and OnyxCeph on integration depth between imaging intake and design outputs. Features accounted for 40% of the ranking while ease and value each accounted for 30%.
Dolphin 3D stood out because it ties DICOM import to in-app 3D review and repeatable measurement tools used directly before external CAD design. The remaining tools ranked higher when they matched a specific workflow control point such as library-driven parameter governance in exocad DentalCAD or CBCT-driven single-environment planning in Planmeca Romexis.
Frequently Asked Questions About Dental 3d Software
How does Zirkonzahn.Modellier connect rule-based digital master modeling to milling-ready exports?
When should labs choose exocad DentalCAD over a scanner-first workflow like 3Shape Dental System?
What breaks if a clinic tries to use Planmeca Romexis as a fully vendor-agnostic CAD authoring stack?
Which tools support DICOM-centered imaging-to-planning measurement workflows for implant decisions?
How does coDiagnostiX handle multi-user case sharing so CAD teams review the same dataset state?
How do Medit Link and Maestro 3D Dental Studio differ in scan-to-design handoff behavior?
What integrations and API capabilities matter most for scaling CAD workflows across sites in 3Shape Dental System?
When do admin controls and governance features become critical for implant planning coordination in coDiagnostiX?
How should teams plan data migration between imaging review and CAD authoring when using DICOM, STL, and surface meshes?
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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