GITNUXSOFTWARE REVIEW
Art & DesignTop 8 Best Jewelry Design Software of 2026
Compare jewelry design software tools for creating rings and models, with practical notes on features and fit for makers and studios.
How we ranked these tools
Vendors set the topic, but our editors set the inclusion criteria and the evaluation framework before research starts.
Agents extract product evidence with provenance, then collect written reviews and transcribe video reviews and podcasts.
Framework: Features 40% · Ease 30% · Value 30%
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MoI is the best choice for jewelry designers who need fast sculptural NURBS control because its object browser and compact command layout make curve, surface, and solid edits feel direct, whereas Blender is a strong alternative for artists chasing photoreal metal look development thanks to Cycles shaders and rendering.
Editor’s top 3 picks
Three quick recommendations before you dive into the full comparison below — each one leads on a different dimension.
MoI
MoI's object browser and compact command layout provide unusually direct control over curves, surfaces, and solids.
Best for: Fits when jewelry designers need fast sculptural modeling and clean fabrication handoffs.
Blender
Editor pickCycles rendering and shader node materials for photoreal metal finishes during jewelry look development.
Best for: Fits when jewelry artists need sculpting plus photoreal rendering before manual layout for stones and manufacture.
3Design
Editor pickRing builder updates band dimensions and stone layout together, keeping prong placement changes from breaking geometry.
Best for: Fits when teams need fast ring iterations driven by stone layout and sizing inputs, then export for downstream CAD.
Comparison Table
MoI
vertical specialistNURBS-based 3D modeler popular for precision jewelry design.
MoI's object browser and compact command layout provide unusually direct control over curves, surfaces, and solids.
MoI supports precise curve construction, sweep, loft, blend, fillet, shell, and boolean operations in a compact workspace. The object browser, selection filters, and real-time viewport support quick iteration on ring profiles, bezels, and organic volumes.
The tradeoff is the lack of a parametric timeline, jewelry-specific gemstone libraries, prong generators, and pavé layout tools. A designer developing a sculptural ring can reach a printable form quickly, but systematic size variants and production documentation require separate software.
- +Fast curve-to-surface workflows for sculptural rings and settings
- +Compact interface keeps selection and editing accessible
- +Exports geometry to common fabrication and CAD formats
- +Strong control over organic contours and surface transitions
- –No timeline-based parameter history for systematic size revisions
- –Lacks built-in gemstone, prong, and pavé layout tools
- –Limited rendering, structural analysis, and CAM integration
- –Production drawings require separate documentation software
Jewelry concept designers
Sculptural ring concepting
Fast form iterations
Small-batch CAD studios
Custom pendant modeling
Fabrication-ready geometry
Show 1 more scenario
Jewelry educators
Teaching 3D form
Shorter training time
The sparse interface lets students learn curve construction and surface continuity without a large feature tree.
Best for: Fits when jewelry designers need fast sculptural modeling and clean fabrication handoffs.
Blender
general-purpose 3DBlender provides free 3D modeling, sculpting, rendering, and animation software.
Cycles rendering and shader node materials for photoreal metal finishes during jewelry look development.
Blender performs jewelry modeling and visualization by combining real-time editing with high-end rendering for workflow previews. Blender supports mesh modeling tools for freeform metal forms, plus procedural modifiers that speed up repetitive adjustments like resizing and shaping bands.
It also provides STL and OBJ export so designs can move into additive or reference workflows, while its add-on ecosystem can extend jewelry-specific steps. However, Blender is not a history-based parametric jewelry CAD, so ring builders, prong layout automation, and manufacturing analysis require more manual work than in purpose-built jewelry tools.
- +Freeform mesh modeling for sculpted metalwork and organic forms
- +Procedural modifiers help batch-change sizes and repeatable geometry
- +Photorealistic rendering with physically based materials for look-dev
- +Export support for STL and OBJ for downstream visualization and fabrication
- –No native ring builder or stone layout automation for prong and pavé planning
- –Manufacturability analysis like clearance and undercut detection is manual
- –Jewelry-specific workflows depend on add-ons and custom setup
- –Steeper learning curve for precise, production-grade geometry control
Jewelry concepting artists
Sculpt rings and preview materials
Rendered concepts and mesh assets
Automotive design visualizers
Shape jewelry-inspired product forms
Review-ready imagery
Show 2 more scenarios
Motion design teams
Animate procedural jewelry scenes
Reusable motion systems
Create animated graphics and reusable procedural assets for jewelry visualization sequences.
Architectural visualization teams
Create animated walkthroughs with jewelry
Animated spatial presentations
Build animated spatial scenes that include jewelry product placements for presentations.
Best for: Fits when jewelry artists need sculpting plus photoreal rendering before manual layout for stones and manufacture.
3Design
vertical specialist3Design provides dedicated CAD software for jewelry modeling, rendering, and manufacturing.
Ring builder updates band dimensions and stone layout together, keeping prong placement changes from breaking geometry.
3Design centers on ring builder operations where dimensions, sizing, and stone layout inputs drive consistent model updates. It provides tooling for practical jewelry geometry planning, including layout control for prongs and pavé-style stone arrangements and support for manufacturable ring variants. Export support targets common downstream needs, with formats aligned to handoff and visualization workflows rather than only internal previewing. For integration depth, the strongest fit comes when the output is used in a largely CAD-agnostic pipeline that consumes exported geometry and drawings.
A tradeoff appears in broader CAD flexibility. Complex non-ring body modeling and freeform surfaces are limited compared with general-purpose parametric or NURBS systems. 3Design works best when the design problem is primarily ring geometry and stone seating planning, and when rapid revisions matter more than bespoke sculpting.
- +Ring-builder workflow keeps band sizing and stone layout revisions consistent
- +Stone placement layout tools reduce manual prong and seat redesign work
- +Export formats support downstream visualization and CAD handoff use
- +Jewelry-oriented modeling focus lowers friction for spec-driven iterations
- –Freeform and non-ring modeling depth lags general-purpose CAD tools
- –Advanced analysis tooling for manufacturability is not as granular as CAD specialists
- –Large assembly workflows are weaker than in full CAD ecosystems
Jewelry designers
Iterate ring sizes with stone layouts
Fewer rebuilds per revision
Jewelry CAD operators
Prepare models for production handoff
Cleaner handoff packets
Show 2 more scenarios
Gemstone setting specialists
Design prong and pavé arrangements
More predictable setting outcomes
Plan stone seating and layout patterns to reduce seat rework during revisions.
Small studios
Produce design variants quickly
Higher throughput for proposals
Reuse ring parameters to create multiple variants with controlled geometry changes.
Best for: Fits when teams need fast ring iterations driven by stone layout and sizing inputs, then export for downstream CAD.
ZBrush
vertical specialistDigital sculpting tool used extensively for organic jewelry modeling.
Dynamesh remeshing lets jewelry artists reshape complex silhouettes while preserving a continuous sculpting workflow.
ZBrush's brush system supports asymmetric ornaments, carved textures, organic settings, and relief work that would require many conventional CAD features. IMM brushes can place repeated filigree, beads, and decorative motifs across curved surfaces. GoZ transfers meshes to applications such as Maya, 3ds Max, and Cinema 4D for downstream scene work.
- +Dynamesh supports rapid reshaping of complex organic forms without maintaining a feature history.
- +IMM brushes stamp repeatable filigree, beads, and ornamental motifs across curved surfaces.
- +GoZ sends meshes to Maya, 3ds Max, and Cinema 4D for downstream scene work.
- +Subdivision levels retain coarse edits while preserving high-resolution sculpt detail.
- –Native ring-dimension controls are limited compared with dedicated jewelry CAD.
- –Dedicated prong, pavé, and stone-placement tools are absent.
- –Large sculpts require substantial memory and disciplined subdivision management.
Bespoke jewelry sculptors
Ornate organic ring concepts
Faster ornamental iteration
Production jewelry studios
Sculpted wax master preparation
Cleaner fabrication handoff
Show 1 more scenario
Jewelry visualization artists
High-detail surface presentations
Detailed presentation assets
Polypaint and material previews help teams present surface character before final rendering.
Best for: Fits when jewelry teams need highly detailed organic forms before dimension-controlled production remodeling.
Matrix
vertical specialistCAD software built specifically for jewelry design and manufacturing.
Gem and setting layout workflows that propagate changes through the mounting geometry during design edits.
Matrix from gemvision.com focuses on jewelry-focused CAD workflows built around gem and setting geometry rather than general-purpose 3D modeling. The core work includes modeling rings and mounting components from a configuration-driven design process, then generating manufacturing outputs like STL and other production-friendly formats.
- +Jewelry-focused modeling workflow that prioritizes stone and mounting geometry
- +Configurable design edits that keep changes localized to the jewelry structure
- +Export pipeline supports production formats like STL and other CAD-friendly outputs
- +Good fit for repeatable ring and setting design iterations
- –Less suited to non-jewelry forms compared with general solid modeling tools
- –Scene editing and freeform sculpting workflows feel secondary to jewelry tasks
- –Advanced custom machining workflows may require external CAD and CAM steps
- –Dependency on the product’s setting and gem data structures for best results
Jewelry CAD designers
Model ring and setting geometry
Editable ring design
Jewelry design teams
Generate proportional ring variants
Consistent design variations
Show 2 more scenarios
Studio model editors
Refine imported CAD geometry
Imported geometry available
Import supported CAD geometry and continue development using jewelry-focused editing steps.
Studios coordinating production
Produce production-ready documentation
Documented designs for review
Generate dimensioned drawings and construction information for studio and production review.
Best for: Fits when jewelry design teams need fast, repeatable ring and setting iterations with production exports and controlled geometry.
Autodesk Fusion
SMBAutodesk Fusion combines parametric CAD, direct modeling, manufacturing, and collaboration tools.
API-driven automation on parametric features for generating repeatable jewelry variants and change propagation.
Autodesk Fusion is a jewelry CAD tool built around parametric solid modeling with history-based edits, which suits ring and component workflows that evolve through iterations. It supports mesh and NURBS-style surface work where needed, and it exports common manufacturing formats like STL, STEP, and IGES for downstream fabrication.
- +History-based parametric modeling supports repeatable design iterations
- +STEP and IGES exports fit CAD-to-CAM and CAD-to-CAD handoffs
- +Solid modeling tools work well for gallery, shank, and undercuts
- +CAM integration enables toolpath planning from the same model
- –No jewelry-specific ring builder for prong layout and pavé staging
- –Gemstone layout and seat geometry require manual construction work
- –Large assemblies can slow down edits in detailed jewelry designs
- –API extensibility adds complexity for teams without CAD automation skills
Custom ring designers
Iterate parametric ring components
Faster iteration cycles
Jewelry makers using fabrication CAD
Prepare exports for CNC
Manufacturing-ready models
Show 1 more scenario
Teams planning toolpaths
Connect CAD to CAM workflows
CAD-to-CAM handoff
Route finalized jewelry parts toward toolpath planning and CNC-oriented processing.
Best for: Fits when jewelry designs need mechanical control, CAD-to-CAM continuity, and parametric edits.
RhinoGold
vertical specialistJewelry-specific CAD built as a Rhino plugin with dedicated jewelry tools.
Gemstone setting layout tools tailored for prong and seat planning inside Rhino geometry editing.
RhinoGold pairs Rhino-based modeling with jewelry-specific workflows for making production-ready designs. Core capabilities include gemstone setting layout tools, ring-related modeling aids, and export options used in shop-floor handoff.
- +Jewelry-specific setting layout tools reduce manual prong and seat setup time
- +Operates inside Rhino so modeling history and geometry stay in one workflow
- +Export formats support common manufacturing handoff paths like STL and STEP
- +Ring-focused modeling aids support sizing workflows within the same CAD environment
- –Rhino modeling proficiency is required for predictable results
- –Advanced automation needs scripting or add-on work, not built-in batch pipelines
- –Manufacturing checks are narrower than full CAM-centric toolchains
- –Render output quality depends heavily on Rhino material and lighting configuration
Engagement ring designers
Build and revise stone layouts
Editable review-ready models
Custom jewelers and Rhino modelers
Create non-standard jewelry parts
Custom geometry with CAD structure
Show 2 more scenarios
Jewelry presentation teams
Render metal and gemstone visuals
Visual previews for clients
Apply materials, lighting, and camera views to produce presentation images from CAD models.
Jewelry brands producing collections
Generate size and metal variants
Consistent collection variants
Create related ring sizes, band changes, and collection members from an existing design.
Best for: Fits when Rhino-based studios need jewelry setting workflows and shop handoff exports without moving models.
RhinoArtisan
vertical specialistRhinoArtisan adds jewelry-focused modeling and manufacturing functions to Rhino.
Rhino-native ring sizing and jewelry construction tools that update existing geometry inside the same model scene.
RhinoArtisan is a jewelry design software environment built around Rhino modeling for designers who need control over surfaces, solids, and production-ready exports. It focuses on jewelry-specific workflows like ring sizing and technical output so models can move from concept to shop-floor files.
- +Jewelry tools integrate into Rhino modeling workflows with shared geometry
- +Ring sizing workflow updates geometry without rebuilding the full scene
- +Export formats support common downstream fabrication file requirements
- +Jewelry-specific modeling aids reduce manual layout work for stones
- –Workflow depends on Rhino competency for predictable modeling outcomes
- –Automation depth is narrower than history-based or parametric CAD approaches
- –Complex assemblies can become harder to manage as Rhino scenes grow
- –Manufacturability checks are limited compared with dedicated analysis toolchains
Custom jewelry studios
Update variants across sizes
More efficient variant production
Custom jewelry designers
Model ring profiles and shanks
Refinement-ready ring model
Show 2 more scenarios
Jewelry and accessory designers
Layout necklaces and ornamental pieces
Consistent layout iterations
Use Rhino-based tools for bead, chain, and ornamental wearable-form layouts during revisions.
Production planners
Review material use before production
Earlier material visibility
Use practical geometry cues and estimation to review designs before they reach production.
Best for: Fits when jewelry designers already use Rhino and need jewelry-specific modeling and export workflows.
Conclusion
After evaluating 8 jewelry design software, MoI 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 Jewelry Design Software
Jewelry design software spans ring builder workflows, sculpting tools, and general-purpose CAD for stone mounting geometry. This guide covers 3Design, MoI, ZBrush, Matrix, Firestorm CAD, RhinoArtisan, Clayoo, RhinoGold, Blender, and Autodesk Fusion.
The highest score in this set goes to 3Design because its ring builder updates band dimensions and stone layout together, so prong placement changes do not break geometry during edits. The runner-up candidates include MoI for direct control over curves and surfaces, Fusion for API-driven parametric automation, and RhinoArtisan for jewelry-specific tools inside Rhino scenes.
Jewelry Design Software for ring, setting, and stone layout modeling
Jewelry design software is used to model rings and settings with repeatable geometry, plan prongs and seats, and generate export-ready outputs for downstream production workflows. Tools in this set commonly center on jewelry-focused layout tools such as 3Design ring builder workflows and Matrix gem and setting layout propagation.
Some options prioritize direct modeling and sculpting rather than jewelry automation. MoI emphasizes fast curve-to-surface workflows with an object browser and compact commands, while ZBrush uses Dynamesh remeshing and IMM brushes for reshaping and stamping ornamental motifs without maintaining feature-based edit histories.
Jewelry CAD criteria that separate ring builders from general modeling
Ring builder workflows matter when band sizing changes and stone layout edits must stay linked, because manual edits can break prong placement and stone seat geometry. 3Design and Matrix both focus edits around jewelry structures so geometry changes propagate through the mounting system during design revisions.
Coupled ring sizing and stone layout updates
3Design keeps band dimensions and stone layout aligned in a single ring builder workflow, so prong placement changes do not break geometry during edits. Matrix also propagates gem and setting layout changes through mounting geometry during design edits, which suits repeated ring iterations.
Curve and surface control for sculpted metal forms
MoI delivers fast curve-to-surface workflows with an object browser and compact command layout, which suits sculptural rings and settings when clean fabrication handoffs matter. Blender complements this with freeform mesh modeling plus Cycles shader workflows for photoreal metal look development, which supports visual exploration before final stone planning.
Scripting and parametric automation for variant generation
Autodesk Fusion supports history-based parametric modeling and API-driven automation on parametric features for generating repeatable jewelry variants. Fusion outputs STEP and IGES for CAD-to-CAM and CAD-to-CAD handoffs, while other tools in the set rely more on jewelry-specific UI workflows than API-first automation.
Jewelry-specific construction tools inside the Rhino modeling workflow
RhinoArtisan provides jewelry tools that update existing geometry inside the same Rhino scene, which keeps ring sizing and jewelry construction edits consistent without rebuilding the full model. RhinoGold focuses on gemstone setting layout tailored for prong and seat planning inside Rhino geometry editing, which reduces manual prong and seat setup work when Rhino is already the core modeler.
Rapid organic reshaping and motif stamping
ZBrush uses Dynamesh remeshing to reshape complex organic forms while preserving a continuous sculpting workflow, which suits highly detailed ornamental concepting. IMM brushes in ZBrush stamp repeatable filigree, beads, and ornamental motifs across curved surfaces, while jewelry CAD tools like Matrix and 3Design concentrate on stone placement and mounting geometry propagation.
Guided jewelry layout with repeatable export-ready results
Clayoo uses a guided ring and stone layout design workflow that ties prong and seat decisions directly to the 3D model, which reduces manual prong layout effort. Firestorm CAD also runs ring-focused builders for sizing and stone layout that target export-ready outputs, though its automation depth and API access for custom pipelines are limited.
Choose by workflow philosophy: jewelry automation, general modeling, or API-driven parametrics
Start from how jewelry design changes during production. If stone layout and band dimensions must move together through edits, ring builder tools that propagate change through mounting geometry reduce rework.
If edits must keep prongs and seats consistent, pick a ring builder that links band and stones
Choose 3Design when band dimension updates and stone layout revisions must stay coupled so prong placement changes do not break geometry during edits. Choose Matrix when gem and setting layout edits must propagate through mounting geometry with configurable design edits localized to the jewelry structure.
If the studio needs parameter-controlled variants through automation, choose API-first parametric modeling
Choose Autodesk Fusion when repeatable design variants require API-driven automation on parametric features and history-based change propagation. Fusion also exports STEP and IGES for CAD-to-CAM and CAD-to-CAD handoffs, which matters when mechanical tooling or downstream CAD systems drive manufacturing.
If modeling starts as sculpted metal and then becomes CAD, pair sculpting with intentional handoff planning
Choose ZBrush when the workflow begins with highly detailed organic forms that require Dynamesh remeshing for rapid reshaping without preserving feature history. Choose Blender when the team needs Cycles rendering for photoreal metal finishes during look development, then performs stone layout and manufacturability work outside the sculpting tool.
If Rhino already anchors the process, select jewelry tools that modify geometry inside Rhino
Choose RhinoArtisan when ring sizing and jewelry construction tools must update existing Rhino geometry inside the same model scene. Choose RhinoGold when prong and seat planning inside Rhino geometry editing is the primary bottleneck and setting layout automation needs to match the Rhino modeling workflow.
If speed comes from direct curve and surface control, pick a compact modeling workflow
Choose MoI when curve-to-surface workflows must stay fast with an object browser and compact command layout for selection and editing. Choose 3Design or Matrix when speed comes specifically from jewelry-focused ring builder workflows rather than from general surface operations.
Who should buy Jewelry Design Software from this set
These tools split into three practical buying groups based on whether the studio prioritizes jewelry automation, direct sculpting, or parametric automation through API. The right choice depends on how much of the workflow must remain editable after stone and sizing changes.
Ring-focused design teams with repeated iterations
3Design fits teams that change band dimensions and stone layouts often and need prong placement consistency during edits. Matrix fits teams that need gem and setting layout workflows that propagate changes through mounting geometry in a controlled jewelry design pipeline.
Studios that model in Rhino and want jewelry-specific construction tools
RhinoArtisan is a fit when jewelry construction and ring sizing must update existing geometry inside Rhino so the same scene stays authoritative. RhinoGold fits when prong and seat planning inside Rhino geometry editing needs tailored setting layout tools for faster handoff exports.
Design teams building mechanical variant families and automating generation
Autodesk Fusion fits when repeatable jewelry variants require history-based parametric modeling plus API-driven automation on parametric features. Fusion also supports CAD-to-CAM continuity with STEP and IGES exports that integrate with downstream manufacturing workflows.
Jewelry artists producing organic concepts and ornamental motifs
ZBrush fits when organic forms require rapid reshaping through Dynamesh remeshing and when ornamental repeats need IMM brushes stamping across curved surfaces. Blender fits when photoreal metal finish look development through Cycles rendering is part of the design loop before final stone and manufacturability planning.
Shops that want guided ring and stone layout with fewer custom workflows
Clayoo fits teams that want guided ring and stone layout with prong and seat decisions tied to the 3D model. Firestorm CAD fits ring makers who need consistent stone layouts and export-ready outputs without building custom automation layers.
Common buying pitfalls for Jewelry Design Software
A frequent mistake is matching the wrong edit philosophy to the studio workflow. Jewelry CAD that excels at stone and prong propagation can be slower for freeform concepting, while sculpting tools can lack jewelry-specific layout automation.
Assuming general-purpose modeling is enough for production-grade stone and prong layouts
MoI excels at direct curve-to-surface control but lacks built-in gemstone, prong, and pavé layout tools, so stone planning becomes manual. ZBrush supports ornamental sculpting but provides limited ring-dimension controls and no dedicated prong or pavé tools.
Choosing sculpting-focused tools without a plan for ring-dimension iteration
ZBrush Dynamesh remeshing reshapes complex silhouettes without maintaining a feature history, which conflicts with systematic size revisions for repeat rings. Blender’s sculpting and Cycles rendering support look development but provide no native ring builder or stone layout automation for prong and pavé planning.
Paying for automation expectations that the tool does not expose
Firestorm CAD has a ring builder workflow but automation depth and API access for custom pipelines are limited, so it cannot serve as a programmable generation engine. RhinoGold provides setting layout tools inside Rhino but advanced automation needs scripting or add-on work rather than built-in batch pipelines.
Building a Rhino workflow on assumptions without Rhino competency
RhinoArtisan updates geometry inside the same Rhino scene for ring sizing, but predictable outcomes depend on Rhino proficiency. RhinoGold similarly operates inside Rhino geometry editing, so studios without Rhino experience will face avoidable iteration friction.
Underestimating where freeform depth breaks compared to CAD specialists
3Design provides ring builder depth that stays consistent for stone and band edits, but freeform and non-ring modeling depth lags general-purpose CAD tools. RhinoArtisan also narrows automation depth compared with history-based or parametric CAD approaches when batch changes are required.
How We Selected and Ranked These Tools
We evaluated 3Design, MoI, ZBrush, Matrix, Firestorm CAD, RhinoArtisan, Clayoo, RhinoGold, Blender, and Autodesk Fusion using features, ease, and value scores that reflect how directly each tool supports jewelry workflows. Features counted 40% because ring builder consistency, jewelry layout automation, sculpting workflow control, and export readiness determine whether edits stay production-safe.
Ease and value each counted 30% because object browser navigation in MoI, command compactness, and guided workflows in Clayoo affect iteration throughput for real design sessions. 3Design ranked highest because its ring-builder workflow updates band dimensions and stone layout together, which prevents prong placement edits from breaking geometry during design revisions.
Frequently Asked Questions About Jewelry Design Software
How does a ring builder workflow differ between 3Design, Matrix, and Fusion 360?
Which tool is better for sculpting highly detailed organic jewelry surfaces: ZBrush, MoI, or Blender?
When exporting for manufacturing, which formats and handoff paths matter most across these tools?
What breaks if a jewelry team treats Blender as a substitute for history-based parametric CAD?
Which tool supports freeform NURBS surface workflows with minimal interface overhead: MoI or Rhino-based products?
How do RhinoArtisan and RhinoGold differ from generic Rhino workflows for jewelry production?
How should data migration be handled when switching from a mesh-first tool to a parametric workflow like Fusion 360?
What admin controls and audit logging expectations should enterprise teams set for CAD workflows using APIs or automation?
How do integration and API needs affect tool selection between Fusion 360 and ring-focused CAD like 3Design or Firestorm CAD?
Which tool is best for combining stone layout decisions with geometry updates without breaking existing form?
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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