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Top 10 Best Solid Modeling Software of 2026
Review 10 solid modeling software tools ranked by design features, usability, and tradeoffs for engineers, designers, and technical teams.
How we ranked these tools
Core product claims cross-referenced against official documentation, changelogs, and independent technical reviews.
Analyzed video reviews and hundreds of written evaluations to capture real-world user experiences with each tool.
AI persona simulations modeled how different user types would experience each tool across common use cases and workflows.
Final rankings reviewed and approved by our editorial team with authority to override AI-generated scores based on domain expertise.
Score: Features 40% · Ease 30% · Value 30%
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FreeCAD is the strongest overall pick when engineering teams need editable, scriptable CAD and open-source file interoperability, while Shapr3D is the better fit for designers who need precise mechanical models across iPad, Mac, and Windows during mobile reviews.
Editor’s top 3 picks
Three quick recommendations before you dive into the full comparison below — each one leads on a different dimension.
FreeCAD
Python-accessible document object model lets scripts create and recompute native CAD documents without leaving the application.
Built for fits when engineering teams need editable CAD models, scripting, and file interoperability from an open-source codebase..
Shapr3D
Editor pickApple Pencil-driven modeling paired with synchronized workspaces across iPad, macOS, and Windows.
Built for fits when designers need precise mechanical models across iPad, Mac, and Windows during mobile review cycles..
CATIA
Editor pick3DEXPERIENCE associative product structure connects CATIA design revisions with ENOVIA lifecycle, SIMULIA analysis, and DELMIA manufacturing context.
Built for fits when aerospace, automotive, or industrial teams need integrated CAD, lifecycle, simulation, and manufacturing workflows..
Related reading
Comparison Table
Solid modeling software converts design intent into editable 3D geometry for mechanical engineers, product teams, and technical evaluators. This ranking compares the tradeoff between parametric control, direct editing, collaboration, interoperability, assembly handling, and manufacturing support using documented capabilities, workflow coverage, and deployment requirements.
FreeCAD
open-sourceOpen-source parametric 3D CAD application for solid modeling and mechanical design.
Python-accessible document object model lets scripts create and recompute native CAD documents without leaving the application.
FreeCAD maintains dependencies between sketches, features, and bodies through a feature tree, allowing dimension changes to propagate through downstream geometry. The Python API can create objects, alter properties, recompute documents, and export files, while macros support repeatable operations. Native FCStd files preserve editable model structure instead of reducing projects to mesh output.
Interface consistency varies across workbenches, and complex imported geometry can require repair before editing. A small engineering team can use Part Design for configurable brackets, generate drawings with TechDraw, and exchange STEP files with suppliers.
- +Open-source workbench architecture supports custom tools and domain-specific extensions
- +Python console and API automate document creation, property edits, and exports
- +Native files retain editable dependencies across sketches, bodies, and drawings
- +TechDraw produces 2D documentation from 3D models
- –Workbenches differ in interaction patterns and documentation depth
- –Imported CAD files may lose feature history and require manual cleanup
- –Assembly workflows can depend on add-on workbenches and community extensions
- –Large documents can slow during recomputation
Mechanical design teams
Configurable bracket libraries
Reusable part variants
Technical documentation groups
Drawing package generation
Consistent manufacturing drawings
Show 1 more scenario
Machining programmers
Prototype toolpath preparation
Machine-ready NC files
Path creates milling operations and post-processed output from selected model geometry.
Best for: Fits when engineering teams need editable CAD models, scripting, and file interoperability from an open-source codebase.
More related reading
Shapr3D
SMBCross-device 3D CAD app focused on direct and parametric solid modeling with pen and desktop workflows.
Apple Pencil-driven modeling paired with synchronized workspaces across iPad, macOS, and Windows.
Shapr3D provides sketching, extrusion, revolve, shell, fillet, chamfer, boolean operations, and face editing in a compact interface. Users can create assemblies, inspect sections, prepare 2D drawings, and produce rendered views without leaving the application. STEP, IGES, X_T, STL, OBJ, and DWG support covers common exchange and presentation workflows. Cloud synchronization keeps projects available across supported desktop and tablet devices.
The interface reduces command hunting and makes early design changes quick, but complex history-based edits can require more manual reconstruction than traditional desktop CAD. The absence of a public API or scripting layer limits automated generation, batch processing, and deep PLM integration. Shapr3D fits a mechanical designer reviewing concepts on-site, then refining the same model at a workstation.
- +Apple Pencil input makes precise 3D edits practical during field reviews and design workshops.
- +Parasolid kernel delivers reliable solid geometry for professional exchange workflows.
- +Cross-device synchronization connects iPad, macOS, and Windows workspaces.
- +Integrated drawings, rendering, and augmented-reality previews reduce handoffs.
- –No public API or scripting layer supports automated model generation.
- –Complex history-based revisions can require manual reconstruction.
- –Advanced manufacturing documentation remains thinner than dedicated desktop CAD suites.
- –Large assemblies can challenge tablet hardware and project organization.
Product design teams
Reviewing concepts during client meetings
Faster design decisions
Mechanical engineers
Preparing manufacturable prototype models
Cleaner prototype handoffs
Show 2 more scenarios
Field service engineers
Modifying equipment concepts onsite
Shorter revision cycles
Teams capture dimensional changes and revise models away from fixed workstations using touch input.
Engineering educators
Teaching spatial design fundamentals
More direct instruction
Instructors demonstrate sketches, solids, assemblies, and visual inspection through an accessible touch interface.
Best for: Fits when designers need precise mechanical models across iPad, Mac, and Windows during mobile review cycles.
CATIA
enterpriseIndustrial design and engineering platform with advanced 3D solid modeling and systems product development tools.
3DEXPERIENCE associative product structure connects CATIA design revisions with ENOVIA lifecycle, SIMULIA analysis, and DELMIA manufacturing context.
A parametric feature tree preserves design intent across complex part and assembly changes. CATIA combines advanced surface modeling with product-structure management, while 3DEXPERIENCE links design revisions to ENOVIA lifecycle processes and connected SIMULIA or DELMIA workflows. The API surface supports CAA RADE extensions, EKL rules, and automation for customized engineering environments.
The application breadth creates a steep training curve, and large deployments require disciplined role and workspace administration. Aerospace teams can use CATIA for surface-heavy structures, large assemblies, controlled revisions, and downstream manufacturing coordination within one connected environment.
- +3DEXPERIENCE links design data with ENOVIA lifecycle processes.
- +CAA RADE supports C++ extensions for tailored engineering applications.
- +EKL automates rule checks and knowledge-driven design behavior.
- +Advanced surface modeling handles complex exterior geometry.
- –Interface breadth creates a steep training curve for new modelers.
- –Large deployments need disciplined role, revision, and workspace administration.
- –V5-to-3DEXPERIENCE migration can require template and process rework.
- –Some domain modules depend on separate CATIA role packages.
Aerospace design teams
Complex airframe assemblies
Controlled cross-domain handoffs
Automotive styling groups
Exterior body development
Traceable styling iterations
Show 2 more scenarios
Engineering automation teams
Rule-driven design checks
Repeatable engineering checks
EKL and CAA RADE encode reusable checks, calculations, and custom engineering commands.
Manufacturing engineering teams
Design-to-process collaboration
Fewer translation steps
DELMIA connections carry CATIA product context into manufacturing planning and process validation.
Best for: Fits when aerospace, automotive, or industrial teams need integrated CAD, lifecycle, simulation, and manufacturing workflows.
More related reading
Autodesk Fusion
SMBIntegrated CAD, CAM, CAE, and electronics platform with cloud-connected solid modeling workflows.
Fusion’s integrated design-to-manufacturing workflow keeps model changes connected to CAM toolpaths inside the same project.
Autodesk Fusion combines mechanical CAD, CAM, electronics design, and simulation in one cloud-connected desktop application. Its modeling workspace handles parametric parts, assemblies, sheet metal, surfaces, drawings, and rendering.
The Manufacture workspace generates machining operations from design data, while Python and C++ APIs support scripts, add-ins, custom commands, and automated tasks. Project versioning and shared cloud data reduce manual file exchanges across design and manufacturing teams.
- +Unified CAD, CAM, electronics, and simulation workflows reduce file handoffs.
- +Python and C++ APIs support scripts, add-ins, custom commands, and automated geometry tasks.
- +Timeline-based edits preserve design intent across many feature changes.
- +Built-in generative design and manufacturing tools extend work beyond part modeling.
- –Large assemblies require careful component structure and display management.
- –Advanced drawing annotation and enterprise document control trail dedicated high-end systems.
- –Offline access is narrower than the connected workflow and restricts some cloud-dependent operations.
- –CAM, simulation, and generative workflows add substantial learning beyond core modeling.
Best for: Fits when product teams need mechanical design, CAM, electronics, and simulation inside one connected workspace.
Onshape
SMBCloud-native CAD platform for parametric solid modeling, assemblies, and collaboration.
Document branching and merging lets teams develop parallel design variants without duplicating files or losing revision context.
Onshape creates solid parts, assemblies, and drawings inside a browser-based document system. Its cloud architecture combines concurrent editing with built-in version history, branching, and merging instead of separate project files. FeatureScript supports custom modeling features, while REST APIs, webhooks, and configurable permissions support connected engineering workflows.
- +Concurrent editing allows multiple engineers to modify the same document without manual file synchronization.
- +Branching and merging preserve parallel design experiments within one document history.
- +FeatureScript lets teams create reusable custom commands for specialized modeling workflows.
- +REST APIs and webhooks connect design data with external engineering systems.
- –Offline work is unavailable because modeling depends on an active internet connection.
- –Advanced freeform surfacing is less extensive than in several desktop-focused CAD applications.
- –Large assemblies can require careful display and document organization to maintain responsive navigation.
- –Permission structures and release workflows require deliberate administrative configuration for larger teams.
Best for: Fits when distributed engineering teams need browser-based CAD, shared revision control, and programmable workflow integration.
PTC Creo
enterpriseMechanical CAD suite for parametric solid modeling, simulation, and advanced product development.
AnyMode Modeling lets designers switch between feature history and direct edits without leaving the model.
PTC Creo suits engineering teams that need one desktop environment for detailed mechanical design and product lifecycle integration. Its distinction is the combination of feature history, direct edits, simulation, generative design, and manufacturing preparation.
Creo supports large assemblies, sheet metal, surfacing, drawings, and additive manufacturing workflows. Creo TOOLKIT, J-Link, and Web.Link provide API access for automation, while Windchill integration supports controlled product data and change processes.
- +Creo TOOLKIT, J-Link, and Web.Link expose multiple automation paths.
- +Windchill integration links CAD revisions, change workflows, and access controls.
- +Generative Design Extension evaluates geometry against performance and manufacturing constraints.
- +Dedicated tools cover additive manufacturing, composites, and sheet metal design.
- –High command density increases onboarding time for occasional CAD users.
- –Separate extensions are needed for some generative, simulation, and manufacturing workflows.
- –Complex assemblies can demand disciplined model structure and graphics tuning.
- –Automation work requires programming skills and maintenance across several APIs.
Best for: Fits when engineering organizations need controlled mechanical design workflows linked to Windchill data management.
More related reading
Solid Edge
enterpriseMechanical CAD software for 3D solid modeling, assemblies, drafting, and manufacturing preparation.
Synchronous Technology edits imported and native geometry through face-based changes while preserving dimensional intent.
Solid Edge combines ordered feature workflows with direct face edits through Siemens’ Synchronous Technology. The application covers part, assembly, sheet metal, surfacing, drafting, and simulation workflows.
Teamcenter connectivity extends product-data management beyond local files. COM and .NET interfaces support scripted geometry creation, property updates, and drawing automation.
- +Direct editing handles imported geometry without requiring a rebuilt feature history.
- +Teamcenter connectivity supports centralized revisions, access control, and product-data governance.
- +COM and .NET APIs enable scripted geometry creation, property updates, and drawing automation.
- +Sheet metal tools generate bends, flat patterns, and manufacturing-oriented documentation.
- –Windows desktop deployment limits native browser and macOS workflows.
- –Teamcenter integration adds administrative complexity for smaller teams.
- –Some advanced simulation and rendering workflows require separate Siemens products.
- –Interface density and command breadth increase onboarding time for occasional users.
Best for: Fits when mechanical teams need hybrid direct and ordered modeling with Siemens data-management integration.
Alibre Design
SMBMechanical CAD software for parametric solid modeling, assemblies, and 2D documentation.
Alibre Script and the .NET API let teams automate document operations and build custom CAD add-ins.
Alibre Design combines a Windows-only desktop workflow with integrated tools for parts, assemblies, sheet metal, and drawings. Its history-based modeling supports sketches, solids, feature edits, and assembly relationships, while neutral CAD imports support mixed-CAD projects.
The .NET API and Alibre Script provide automation paths for custom add-ins and repeatable document operations. Cloud collaboration, browser editing, and advanced analysis remain limited beside higher-ranked mechanical CAD suites.
- +History-based modeling links sketches, features, and downstream edits.
- +Built-in sheet metal tools cover flanges, bends, and flat-pattern output.
- +.NET API and Alibre Script support custom automation beyond recorded macros.
- +Integrated drawing tools produce manufacturing views from 3D models.
- –Windows-only deployment excludes macOS and Linux workstations.
- –Cloud collaboration, browser editing, and concurrent review are limited.
- –Advanced surfacing and large-assembly performance trail higher-end mechanical CAD suites.
- –API documentation and the add-on ecosystem are smaller than leading commercial alternatives.
Best for: Fits when Windows-based mechanical teams need integrated modeling, assemblies, drawings, and automation without enterprise administration.
More related reading
IronCAD
SMB3D CAD software featuring both parametric and direct solid modeling in a single environment.
TriBall provides a persistent 3D manipulator for positioning, copying, orienting, and resizing parts without leaving the model view.
IronCAD combines history-based modeling with direct modeling, allowing feature-driven edits and freeform repositioning in one workspace. Its TriBall manipulator moves, copies, aligns, and edits components directly in 3D.
Catalog Browser stores reusable parts, features, and complete assembly arrangements. Assembly design, sheet-metal tools, rendering, 2D drawing creation, and common CAD exchange formats cover standard product-development workflows.
- +TriBall enables in-context movement, copying, alignment, and rotation of components.
- +Catalog Browser preserves reusable parts, features, and complete assembly arrangements.
- +COM API supports custom commands and external automation.
- +Direct edits can avoid rebuilding long feature histories.
- –Drawing automation and detailing depth trail larger mechanical CAD suites.
- –Advanced manufacturing workflows require separate IronCAD Mechanical functionality.
- –API examples and third-party extensions are thinner than SolidWorks or Inventor ecosystems.
- –Large assemblies require careful display and catalog management.
Best for: Fits when product teams need fast concept-to-detail work with reusable catalogs and hands-on assembly manipulation.
ANSYS SpaceClaim
enterpriseDirect modeling 3D CAD software for geometry preparation and concept modeling.
Workbench integration lets engineers edit imported CAD and return the prepared model to Ansys analysis.
ANSYS SpaceClaim fits simulation engineers and designers who need to revise imported geometry without rebuilding a history-based model. Its direct modeling workflow uses Pull, Move, Fill, and Combine operations for fast face and body edits.
CAD translators, faceted-data editing, STL repair, and an IronPython API support imported geometry preparation. Ansys Workbench integration connects those edits to analysis workflows, but history-dependent design changes remain less predictable than in parametric CAD.
- +Direct face edits avoid rebuilding imported CAD history.
- +Pull, Move, Fill, and Combine tools handle local geometry changes quickly.
- +IronPython scripting supports repeatable geometry preparation.
- +Faceted-data tools repair and simplify scan-derived meshes.
- –History-dependent design intent is harder to preserve than in parametric CAD.
- –Assembly authoring is less mature than dedicated mechanical CAD systems.
- –Large assemblies can require display management for responsive interaction.
- –Advanced drawing workflows often need companion Ansys or CAD applications.
Best for: Fits when simulation teams need fast imported-geometry edits before meshing and analysis.
How to Choose the Right solid modeling software
This guide compares FreeCAD, Shapr3D, CATIA, Autodesk Fusion, Onshape, PTC Creo, Solid Edge, Alibre Design, IronCAD, and ANSYS SpaceClaim. The comparison covers parametric and direct editing, interoperability, automation APIs, collaboration, manufacturing workflows, and administration.
FreeCAD ranks first for its Python-accessible document object model, open-source workbench architecture, and file interoperability. Shapr3D emphasizes Apple Pencil input across iPad, macOS, and Windows, while CATIA, Autodesk Fusion, Onshape, PTC Creo, Solid Edge, Alibre Design, IronCAD, and ANSYS SpaceClaim prioritize different combinations of lifecycle control, cloud collaboration, manufacturing, or imported-geometry editing.
Solid Modeling Software: Kernels, Feature Trees, and Direct Edits
Solid modeling software creates three-dimensional bodies with enclosed geometry that supports mass properties, section views, assemblies, and manufacturing documentation. Most systems combine sketch-based features such as extrusions, revolves, fillets, and holes with boolean operations and neutral formats such as STEP or IGES.
FreeCAD combines editable CAD documents with Python automation and multiple workbenches. ANSYS SpaceClaim takes a direct-editing approach for changing imported geometry before meshing and analysis, while systems such as Autodesk Fusion connect solid models to CAM toolpaths inside the same project.
Evaluation Criteria for Solid Modeling Software
Solid modeling software differs in how it stores design intent, exposes automation, and manages changes across parts, assemblies, and downstream work. FreeCAD and Alibre Design support scripted document operations, while Autodesk Fusion connects modeling with production tasks inside one project.
Geometry editing, collaboration, and lifecycle controls affect daily engineering work more than a long feature list. Shapr3D prioritizes cross-device input, CATIA connects design with enterprise engineering contexts, and Onshape manages parallel document revisions in the browser.
Automation and extension access
FreeCAD exposes a Python-accessible document object model for creating, recomputing, editing, and exporting native CAD documents. Alibre Design provides Alibre Script and a .NET API for document operations and custom add-ins.
Imported-geometry editing
Shapr3D uses the Parasolid kernel for reliable solid exchange and supports precise edits through Apple Pencil input. ANSYS SpaceClaim uses Pull, Move, Fill, and Combine tools to modify imported parts before meshing.
Lifecycle and engineering-system integration
CATIA connects design revisions with ENOVIA, SIMULIA, and DELMIA through the 3DEXPERIENCE product structure. PTC Creo links CAD revisions and change workflows with Windchill access controls.
Concurrent collaboration and revision control
Autodesk Fusion keeps CAD, CAM, electronics, and simulation work in one connected project. Onshape supports concurrent document editing and branches that preserve parallel design variants without separate file copies.
Assembly manipulation and reusable content
Solid Edge combines face-based editing with Siemens Teamcenter connectivity for centralized product-data governance. IronCAD uses TriBall for in-context component positioning and Catalog Browser for reusable parts, features, and assembly arrangements.
Choose by Modeling Philosophy, Integration Boundary, and Team Workflow
The first decision is the editing philosophy that matches the design workload. History-driven systems preserve ordered dependencies, direct-editing systems change imported faces quickly, and hybrid systems combine both approaches.
The second decision is where collaboration and automation must occur. Onshape centers work in shared browser documents, FreeCAD and Alibre Design expose scripting paths, and CATIA or PTC Creo connect engineering work to controlled lifecycle systems.
Choose history-based, direct, or hybrid editing
Select FreeCAD or PTC Creo when downstream edits depend on ordered design intent and editable dependencies. Select ANSYS SpaceClaim when imported geometry must be changed quickly before analysis, or choose Solid Edge when face edits and ordered operations must coexist.
Set the required automation boundary
Choose FreeCAD for Python-driven document creation and recomputation, or Alibre Design for .NET add-ins and scripted document operations. Choose Shapr3D only when manual cross-device editing is sufficient because it has no public API or scripting layer.
Decide between shared documents and controlled systems
Choose Onshape when browser-based concurrency, branching, and merging define the workflow. Choose CATIA or PTC Creo when revisions, permissions, and engineering changes must connect to ENOVIA or Windchill.
Match manufacturing depth to the handoff
Choose Autodesk Fusion when CAM toolpaths, electronics, simulation, and mechanical models must remain in one project. Choose IronCAD when catalog-driven assembly concepts matter more than deep drawing automation and advanced manufacturing coverage.
Validate device and connectivity constraints
Choose Shapr3D for Apple Pencil workflows across iPad, macOS, and Windows. Avoid browser-dependent Onshape for teams that require offline modeling, and avoid Solid Edge or Alibre Design when macOS or Linux workstations are mandatory.
Audience Fit by Engineering Workflow
Different teams need different control points in a solid modeling workflow. A scripting-heavy engineering group values document access and file interoperability, while a distributed team values shared revisions and concurrent editing.
Manufacturing, simulation, and enterprise engineering teams also require different integration boundaries. Autodesk Fusion keeps production functions near the model, ANSYS SpaceClaim prepares geometry for Ansys analysis, and CATIA connects design with broader product processes.
Engineering teams building custom automation
FreeCAD provides Python access to native CAD documents and an open-source workbench architecture. Alibre Design adds Alibre Script and a .NET API for Windows-based custom tooling.
Mobile product designers and field reviewers
Shapr3D supports Apple Pencil modeling with synchronized workspaces across iPad, macOS, and Windows. The workflow suits design workshops that require precise edits away from a desktop workstation.
Distributed engineering teams
Onshape provides browser-based concurrent editing, branching, and merging within shared documents. The workflow removes manual file synchronization but depends on an active internet connection.
Manufacturing-oriented product teams
Autodesk Fusion keeps mechanical design connected to CAM toolpaths, electronics, and simulation in one project. Solid Edge adds Siemens Teamcenter connectivity for teams that require centralized product-data governance.
Simulation specialists preparing external CAD
ANSYS SpaceClaim edits imported parts with Pull, Move, Fill, and Combine before meshing and analysis. Its direct workflow suits preparation tasks more than long-term parametric assembly authoring.
Common Solid Modeling Software Selection Mistakes
A solid modeler can appear suitable in a part-level test while failing during revision, assembly, or production handoff. API access, offline behavior, file history, and administration can change the practical result.
The tools also differ in the work they leave to users. Imported files may lose editable history, large assemblies may need display management, and manufacturing or lifecycle functions may require separate modules or connected systems.
Choosing a tool for geometry creation without testing imported files
Import representative STEP or IGES files into FreeCAD, Solid Edge, and ANSYS SpaceClaim. Check whether editable history survives and measure the cleanup required before downstream changes.
Assuming every modeler supports automation
Test the actual generation task with the intended interface. FreeCAD and Autodesk Fusion expose scripting paths, while Shapr3D has no public API or scripting layer for automated model generation.
Treating collaboration as file sharing alone
Test a concurrent edit, a revision rollback, and a parallel variant in Onshape. Compare that workflow with CATIA or PTC Creo when access controls and formal change processes are required.
Ignoring deployment and offline constraints
Confirm workstation requirements before standardizing on Solid Edge or Alibre Design because both are Windows-only. Test network loss with Onshape because browser modeling depends on an active internet connection.
Assuming manufacturing and detailing coverage is uniform
Run a real drawing, CAM, and production handoff test in Autodesk Fusion, IronCAD, and the selected high-end system. IronCAD requires separate IronCAD Mechanical functionality for advanced manufacturing workflows, while Autodesk Fusion keeps CAM toolpaths beside the model.
How We Selected and Ranked These Tools
We evaluated FreeCAD, Shapr3D, CATIA, Autodesk Fusion, Onshape, PTC Creo, Solid Edge, Alibre Design, IronCAD, and ANSYS SpaceClaim across modeling features, automation, interoperability, collaboration, manufacturing, and administration. Features contributed 40% of each overall score, while ease of use contributed 30% and value contributed 30%.
FreeCAD ranked first with a 9.3 Overall score and a 9.5 Features score. Its Python-accessible document object model, open-source workbench architecture, and file interoperability set it apart from the other tools.
Frequently Asked Questions About solid modeling software
Which solid modeling tools support automation through APIs?
How do teams migrate existing CAD files into solid modeling software?
What breaks if a team changes from history-based modeling to direct modeling?
When does cloud-based solid modeling suit a distributed engineering team?
Which solid modeling tools provide controls for shared engineering data?
How do solid modeling tools connect design work with manufacturing or simulation?
Why do imported models often require repair before editing or analysis?
What should engineering teams test before standardizing on a solid modeling tool?
Conclusion
After evaluating 10 tools, FreeCAD 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.
Tools reviewed
Primary sources checked during evaluation.
Referenced in the comparison table and product reviews above.
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