GITNUXSOFTWARE ADVICE
Art DesignTop 10 Best Sign Board Design Software of 2026
Top 10 Best Sign Board Design Software ranking for shop signs, with tools like Adobe Illustrator, CorelDRAW, and AutoCAD and design feature comparisons.
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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Editor’s top 3 picks
Three quick recommendations before you dive into the full comparison below — each one leads on a different dimension.
Adobe Illustrator
Scripting automation using Illustrator’s JavaScript DOM to generate standardized layouts and exports from templates.
Built for fits when signage teams need repeatable vector layouts with scriptable variant generation..
CorelDRAW
Editor pickTemplate-driven batch output using CorelDRAW scripting and macros for consistent sign variants.
Built for fits when designers and prepress staff need repeatable vector sign output with automation and controlled file workflows..
Autodesk AutoCAD
Editor pickBlocks with attributes let teams parameterize sign elements and drive repeatable layout generation in DWG.
Built for fits when teams already standardize DWG and need automation for consistent sign variants and production layouts..
Related reading
Comparison Table
The comparison table maps sign board design software by integration depth, including how each tool connects to CAD, 3D, and content pipelines through API surface, webhooks, or file-based exchange. It also compares the data model behind layouts and production assets, plus automation options like configuration schemas, provisioning workflows, and RBAC with audit log support. The table highlights extensibility and governance controls that affect throughput, version control, and multi-user administration across teams.
Adobe Illustrator
vector designVector sign artwork authoring with an extendable document data model, scripting automation via Adobe ExtendScript and UXP extensibility, and integration through file-based interchange and print production workflows.
Scripting automation using Illustrator’s JavaScript DOM to generate standardized layouts and exports from templates.
Adobe Illustrator is built around a vector-first data model that keeps sign elements editable through objects, paths, type, and layers. For sign boards, it supports color separations, spot color management for specialty inks, and print-oriented export flows that preserve edges and typography. Integration depth shows up in interoperability with Adobe apps for asset handoff and in scripting hooks for automating repetitive layout tasks. Automation and extensibility cover batch creation, geometry operations, and controlled naming through scripts that can generate consistent sign variants.
A key tradeoff is that Illustrator automation and governance rely more on document discipline than on a central sign database, so template and layer conventions matter for throughput. Teams with strict SKU rules benefit most when they define a schema-like structure with layers, swatch libraries, and style guides, then generate variants through scripts. Usage works best when sign production is document-centric and the organization can enforce conventions for exports, color usage, and file organization.
- +Vector object model preserves sign geometry at any size
- +Spot color and separations support specialty ink workflows
- +Scripting enables repeatable layouts and batch exports
- +Layered structure supports consistent template-based signage
- –Governance depends on document conventions, not central schema enforcement
- –Automation often requires custom scripts rather than no-code rules
- –Asset handoff can fragment if layer and naming standards drift
Sign production operators
Batch-create sign variants from templates
Higher throughput and fewer reworks
Brand and prepress teams
Enforce spot colors and separations
Fewer color mismatches
Show 2 more scenarios
Design automation engineers
Programmatically adjust layouts and geometry
Predictable production output
Engineers script path operations, layer visibility, and batch export naming conventions.
Creative ops managers
Manage shared design libraries across projects
More consistent brand execution
Teams standardize layers and styles so assets transfer cleanly between documents and workflows.
Best for: Fits when signage teams need repeatable vector layouts with scriptable variant generation.
CorelDRAW
vector productionSign-focused vector layout and production tooling with automation via VBA macros and scriptable workflows, plus robust import/export formats for fabrication pipelines.
Template-driven batch output using CorelDRAW scripting and macros for consistent sign variants.
Sign board production teams typically need a consistent data model for logos, text styles, and dielines across many variants, and CorelDRAW provides an object-based structure with layers and reusable assets. The environment supports batch printing and exporting workflows driven by scripts and macros, which helps reduce manual work when generating multiple sign sizes and languages. Integration depth is mostly file-based and automation-driven, with extensibility through document automation and add-on development rather than a centralized design schema tied to admin provisioning.
A key tradeoff is that governance controls for multi-user environments rely more on operating-system and file workflow practices than on built-in RBAC, audit logs, or sandboxed automation. CorelDRAW fits when a small production team owns the artwork source of truth locally or in a controlled file repository and needs repeatable output with high design fidelity.
- +Object-level vector editing for precise lettering, bevels, and shapes
- +Layered layouts support dielines, cut paths, and print artwork separation
- +Scripting and macros enable batch export and template-driven variants
- +Production-focused export workflows support print-ready deliverables
- –Limited built-in RBAC and audit log coverage for shared design governance
- –Automation surface favors local workflows over centralized API provisioning
- –Schema-level automation for sign metadata is less native than file-based conventions
Sign shop production staff
Batch generate sign size variations
Fewer manual exports and rework
Brand-controlled design teams
Enforce typography and layout standards
Lower design drift across variants
Show 2 more scenarios
Prepress and print operators
Prepare dielines and artwork separation
More predictable production outcomes
Maintains distinct cut paths and print layers for reliable wide-format production handoff.
Freelance sign designers
Deliver packaged production files
Faster client-ready handoff
Exports standardized deliverables that integrate with print vendor workflows using native document objects.
Best for: Fits when designers and prepress staff need repeatable vector sign output with automation and controlled file workflows.
Autodesk AutoCAD
CAD geometry2D drafting backbone for sign geometry with extensibility via AutoLISP and .NET, automation via APIs in the AutoCAD platform, and controlled drawings-to-fabrication handoff using DWG as the data model.
Blocks with attributes let teams parameterize sign elements and drive repeatable layout generation in DWG.
Autodesk AutoCAD provides a mature drawing data model with entities, constraints, and block definitions that map cleanly to sign components like lettering runs, vinyl cut contours, and mounting hardware markers. It supports layout management for print-ready output and can reuse title blocks and viewports across multiple sign sizes. For extensibility, automation can be driven via built-in scripting and external integrations that operate on DWG content, which helps standardize production output at scale.
A key tradeoff is that the data model stays file-centric, so structured, database-like schema control for sign specifications is limited compared with applications built around explicit product schemas. Teams gain the most when a design system can be expressed as layers, blocks, and attributes, then automated to generate many variants with consistent alignment. A common fit is high-throughput shops that already standardize on DWG and need repeatable placement rules for signage text and vector shapes.
- +DWG-native geometry and block reuse for consistent sign components
- +Layout and viewport workflow supports print and production outputs
- +Automation options enable scripted generation of repetitive sign variants
- +Layer and attribute patterns support structured design conventions
- –Schema-level data governance is limited versus dedicated signage platforms
- –File-centric collaboration can complicate audit trails across edits
- –Automation depends on DWG content rules and disciplined templates
Sign production teams
Generate many vinyl cut variations
Higher throughput with consistent output
CAD automation engineers
Integrate design generation with tools
Repeatable generation with fewer manual steps
Show 2 more scenarios
Franchise operations admins
Standardize regional sign artwork
Less design drift across locations
Enforce conventions through shared templates and block attribute requirements inside DWG workflows.
Vendor prepress teams
Produce print-ready layouts reliably
Faster proof cycles
Use layouts and viewports to generate consistent page setups for signage proofs and exports.
Best for: Fits when teams already standardize DWG and need automation for consistent sign variants and production layouts.
SketchUp
3D visualization3D visualization for sign placement using a model-centric data model with plugin extensibility, automated asset placement workflows, and export routes to render or fabrication-ready files.
SketchUp Ruby API enables custom scripting for sign text, panel grids, and procedural placement.
SketchUp is a 3D modeling tool used for sign board design when a fast geometry workflow matters. Its core strength is the component and style workflow for lettering, shapes, and materials that carry through export to fabrication files.
Integration depth is limited for enterprise governance, since SketchUp relies on file-based handoff and editor-side configuration rather than a centralized schema-driven platform. Automation and extensibility are available mainly through SketchUp Ruby scripting and the SketchUp ecosystem of add-ons rather than a broad API surface.
- +Ruby scripting supports repeatable geometry and layout generation
- +Component system keeps letter, panel, and frame edits consistent
- +File-based export supports downstream CNC, print, and review workflows
- –Enterprise RBAC and audit log controls are not built around design assets
- –Limited automation throughput compared with API-first design systems
- –Data model lacks a standardized sign schema for cross-tool integrations
Best for: Fits when sign board layouts need fast manual iteration with add-on scripts and file-based production handoff.
Affinity Designer
vector designVector-first sign design with an internal document model that supports batch file export workflows and automation via scripting and OS-level integration for production pipelines.
Affinity Designer vector layering with reusable styles for consistent typography and geometry across signage variants
Affinity Designer performs sign board layout creation with vector-first shapes, typography, and export-ready artwork for print and display. It supports layered document structures, repeatable styles, and symbol-like reuse patterns that reduce manual redraw for multi-panel signage.
Integration depth is mainly through file formats and plugins rather than a documented server-side API. Automation and governance are limited to user workflows and document state, with no published RBAC, audit log, or schema-driven provisioning surfaces.
- +Vector layer model supports precise kerning, outlines, and shape geometry
- +Reusable styles and symbols reduce rework across multi-panel signage sets
- +Export pipeline supports print-ready formats and predictable color handling
- +Plugin ecosystem adds workflow automation without leaving the design document
- –No documented API for programmatic generation or bulk signage throughput
- –No RBAC or audit log controls for centralized admin governance
- –Automation relies on manual actions and plugins with limited enterprise hooks
- –No schema-based data model for binding signage fields to structured sources
Best for: Fits when sign boards need vector accuracy and layered editing, with light plugin-driven automation.
Vectornator
vector authoringmacOS-first vector signage authoring with document-based artwork organization, automation through macOS scripting and integration points, and export formats suitable for signage production.
Symbols and reusable style patterns help keep typography and geometry consistent across multi-artboard sign variations.
Vectornator fits teams producing sign board layouts in a visual workflow that still needs controlled asset structure. The app focuses on vector design primitives, document-based editing, and reusable components for consistent typography and shapes.
For sign board work, it supports artboards and export-oriented output that helps batch production. Integration depth is limited by platform scope, with a smaller API and automation surface compared with sign-specific workflow systems.
- +Vector-first data model with reusable symbols and styles for consistent lettering
- +Artboard layout supports production variants for sign sizes and formats
- +Export-focused output workflow suits manufacturing pipelines
- +Asset organization helps maintain naming and style consistency across projects
- –Automation and API surface is limited for schema-driven provisioning
- –RBAC and governance controls for shared teams are not clearly defined
- –Audit log and change history are less suitable for regulated approval flows
- –Extensibility is constrained for custom sign rules and batch transforms
Best for: Fits when small teams need repeatable sign board visuals with minimal workflow automation requirements.
Figma
design-systemComponent-driven sign layout design with a schema-like design system model, automation via REST API and webhooks, and governance through teams, roles, and audit capabilities for controlled changes.
Figma REST API plus plugin sandbox enables scripted node edits for templated sign boards and bulk consistency checks.
Figma is a design editor used for sign board design through shared components, libraries, and live collaboration. Sign boards are assembled from vector shapes, text styles, and reusable components with grid and layout constraints.
Automation is available through the Figma API and plugin runtime, which can read and write documents at the node level. Governance relies on organization controls with RBAC, audit logs, and permissions around teams, files, and libraries.
- +Vector and text tooling tailored for reusable sign layouts
- +Components and libraries reduce variance across many sign boards
- +Plugin runtime allows document edits via a published plugin API
- +Figma API supports node-level reads and writes for automation
- +RBAC and team permissions control access to files and libraries
- +Audit logs track activity tied to users and changes
- –Automation throughput can be constrained by per-request document operations
- –Schema control is limited because document structure changes remain editor-centric
- –Cross-file governance needs careful library versioning discipline
- –Headless export automation depends on file access and workspace permissions
- –Automation logic is split between plugins and REST calls, increasing complexity
Best for: Fits when teams need repeatable sign board layouts with component libraries and controlled automation via API and plugins.
Canva
template layoutTemplate-driven sign layout creation with an organization workspace, role-based access for editors, and API surfaces for integrating asset libraries into controlled production workflows.
Brand Kit centralizes logo, font, and color rules so sign files stay consistent across collaborators.
Canva supports sign board design with a template library, drag-and-drop layout, and brand assets like logos, fonts, and color palettes. Asset management relies on a design file data model that links pages, elements, and media into a reusable project structure.
Integration depth is primarily via exports, embeds, and team sharing workflows rather than an automation-first API focused on sign-specific objects. Automation and extensibility are limited to workspaces, approvals, and integrations, with an API surface that does not expose a full sign production schema.
- +Template-driven layouts speed sign creation across common sizes
- +Brand kit centralizes fonts, colors, and logos for consistent outputs
- +Share and collaborate with roles for controlled editing workflows
- +Export options support production workflows from print to screens
- –Sign production concepts are not represented in a programmable data schema
- –Automation is constrained compared with API-first design systems
- –Admin governance is lighter for auditability of design changes
- –Programmatic provisioning and sandboxing for integrations are limited
Best for: Fits when teams need fast sign layouts with shared brand assets and controlled collaboration, without deep design automation APIs.
Gravit Designer
vector cloudVector sign design with cross-platform documents, automation through scripted workflows via available integration hooks, and export outputs aligned to signage production formats.
Vector artboards with layers, groups, and styles keep sign designs editable across size variants.
Gravit Designer creates sign board vector artwork with artboards, typography tools, and shape operations built for layout precision. It supports an editable vector data model using layers, groups, and styles, which helps keep signage assets consistent across revisions.
Integration depth is limited because Gravit Designer is primarily an editor workflow with file-based handoff rather than a document-centric API. Automation and API surface are not positioned around provisioning, RBAC, or audit logs for multi-user governance.
- +Layer and group model supports repeatable sign layout revisions
- +Vector-first editing keeps lettering and shapes scalable
- +Export workflows support common signage formats and downstream production
- +Document styles help standardize repeated elements across designs
- –Automation surface is not designed for provisioning workflows and governance
- –API integration is not a primary path for sign content orchestration
- –RBAC and audit logging for teams are not emphasized for administration
- –Extensibility relies more on file handoff than schema-driven integration
Best for: Fits when teams need controlled vector sign revisions and reliable exports without heavy API automation.
Box
asset governanceDesign asset governance for sign artwork through enterprise file management, RBAC, audit logs, retention controls, and API automation for provisioning and workflow integrations.
Box metadata templates with API access enable schema-driven design state and review status on board assets.
Box fits teams that need sign board design workflows tied to existing content governance and enterprise identity. The data model centers on file-based assets like templates, exported boards, and versioned design outputs inside Box Drives.
Box supports automation through webhooks and an API that exposes folders, permissions, and metadata so workflows can provision spaces and sync design state. Admin control uses RBAC plus audit logs so reviewers can trace changes across board iterations.
- +Content-centric data model with versioning for design outputs
- +Webhooks and API support automation around files, metadata, and permissions
- +RBAC and audit logs support governance for board asset changes
- +Extensibility via metadata schemas for design state and review status
- –Automation depends on external orchestration for real-time design interactions
- –Deep layout-aware design logic is not provided by Box itself
- –Metadata and permissions updates can increase integration work
- –High-throughput export and sync needs careful API and webhook handling
Best for: Fits when enterprise sign board design artifacts must follow RBAC, audit logging, and API-driven workflow automation.
How to Choose the Right Sign Board Design Software
This buyer's guide covers sign board design tools including Adobe Illustrator, CorelDRAW, Autodesk AutoCAD, Figma, Canva, Box, and six additional editors and governance systems from the same comparison set.
It focuses on integration depth, data model control, automation and API surface, and admin and governance controls that affect production throughput and review discipline across multi-user workflows.
Evaluation criteria that govern production automation and controlled sign consistency
Integration depth determines whether sign assets can stay synchronized with other systems using an API surface, webhooks, or predictable file workflows. Data model clarity determines whether sign metadata, review status, and governance hooks can be expressed as schema-like fields rather than fragile conventions.
Automation and API surface decide how far repeatable sign generation can go without manual steps. Admin and governance controls decide whether teams can apply RBAC, capture audit logs, and enforce library and template discipline across sign boards.
API and plugin runtime for node-level sign layout automation
Figma provides a REST API plus a plugin sandbox that can read and write documents at the node level, which supports scripted templated sign updates. Adobe Illustrator also supports scripting automation through ExtendScript and extensibility via UXP, but its governance and schema enforcement stay more document-convention dependent.
Template-driven batch output from sign layout conventions
CorelDRAW supports template-driven batch output using scripting and macros to generate consistent sign variants. Adobe Illustrator supports repeatable production patterns by scripting standard layouts and exports from templates using its JavaScript DOM.
Schema-like governance with RBAC and audit log coverage
Box ties sign board artifacts to enterprise governance with RBAC plus audit logs and metadata schemas for review status. Figma provides organization controls with RBAC and audit logs for controlled changes across files and libraries.
Sign data parameterization using structured geometry primitives
Autodesk AutoCAD supports block reuse with attributes, which lets teams parameterize sign elements and drive repeatable layout generation in DWG. SketchUp supports Ruby scripting for procedural placement like sign text and panel grids, but enterprise governance and schema-driven provisioning are limited.
Reusable components, symbols, and style systems for variant control
Figma relies on components and libraries to reduce layout variance across sign boards. Vectornator emphasizes symbols and reusable style patterns for consistent typography and geometry across multi-artboard sign variants.
Extensibility surface for automation and production pipeline hooks
SketchUp offers Ruby scripting through its ecosystem for repeatable geometry workflow and procedural placement. Gravit Designer supports artboards, layers, groups, and styles for repeatable revisions, while extensibility and API governance are not positioned around provisioning and audit workflows.
Decision framework for selecting a sign board design tool by integration, data control, and governance
Start with the required integration depth into existing workflows like asset management, approvals, and export orchestration. Then validate the data model strategy, since some tools store governance as file-level conventions while others expose API- and schema-oriented state.
Finally align automation throughput needs with the available API and scripting surfaces. The end state should support repeatable sign variant generation plus auditability and role-based access where multiple teams touch the same board designs.
Map the automation target to an API surface or scripting interface
If automated updates must occur at the document node level, prioritize Figma because its REST API and plugin sandbox support scripted reads and writes of documents. If batch generation is driven by template exports, use Adobe Illustrator scripting via ExtendScript and its JavaScript DOM or use CorelDRAW scripting and macros for consistent variant output.
Choose the data control model for sign metadata and review status
If sign board governance requires schema-like metadata, Box provides metadata templates with API access so review state and design status can be represented on assets. If sign consistency must be enforced through reusable libraries, Figma provides libraries plus RBAC and audit logs around team access and changes.
Align geometry parameterization with the team’s fabrication input format
For DWG-native production pipelines, Autodesk AutoCAD fits because blocks with attributes parameterize sign elements and drive repeatable layouts. For teams already working in vector artwork with template conventions, Adobe Illustrator and CorelDRAW provide layered structures and export workflows suited to print-ready deliverables.
Verify governance controls match multi-user review and approvals needs
If governed collaboration and change traceability are required, use Box for enterprise RBAC and audit logs or use Figma for RBAC and audit logs tied to user activity and library changes. If governance is mainly document naming and layer conventions, Adobe Illustrator and CorelDRAW can work but central schema enforcement is not built into the authoring model.
Stress-test throughput risks from per-request operations and file-based handoff
For Figma automation, validate that bulk export logic and headless operations align with file access and workspace permissions because automation can be constrained by document operations. For file-centric editors like SketchUp, Affinity Designer, and Gravit Designer, focus on export and naming discipline because integration depth is primarily file handoff rather than schema-driven orchestration.
Which teams benefit from sign board design tools with strong automation and governance
The best fit depends on whether sign board consistency must be enforced through APIs and governed metadata or through document conventions and file workflows. Tools with RBAC and audit logs serve multi-user governance needs, while editor-first tools serve repeatable artwork generation.
The segments below map directly to the intended users highlighted for each tool.
Signage production teams generating repeatable vector layouts with scriptable variants
Adobe Illustrator and CorelDRAW fit because both provide scripting and template-based batch exports for standardized sign variants. Illustrator preserves vector object geometry at any size and uses Illustrator’s JavaScript DOM to generate standardized layouts and exports.
DWG-standardized engineering teams building cut-ready signage from parameterized blocks
Autodesk AutoCAD fits when the workflow already standardizes DWG and needs consistent sign geometry. AutoCAD blocks with attributes let teams parameterize sign elements and generate repeatable layout outputs.
Design teams running governed collaboration with component libraries and API automation
Figma fits when sign boards come from shared components and must remain consistent across libraries. Figma supports automated node edits through its REST API and plugin sandbox while providing RBAC plus audit logs.
Enterprises that must attach sign board design state to RBAC and audit trails in a content system
Box fits when sign board artifacts must follow enterprise identity governance with RBAC and audit logs. Box also supports automation with webhooks and an API and exposes metadata templates for schema-driven design state and review status.
Small teams and lightweight signage workflows focused on reusable styles and manageable exports
Vectornator fits teams that need symbols and reusable style patterns across multi-artboard sign variations without heavy automation infrastructure. Gravit Designer fits when vector artboards with layers and groups support controlled revisions with reliable export outputs and limited API-first governance needs.
Pitfalls that break sign board consistency, governance, or automation throughput
Many sign board projects fail when governance expectations exceed what the authoring tool exposes as schema-driven state. Other failures occur when automation depends on brittle document conventions that drift across designers.
The pitfalls below map to concrete limitations across the reviewed tools and include corrective actions.
Relying on document conventions instead of schema or governance controls
Adobe Illustrator and CorelDRAW can keep consistency through layered templates and scripting, but governance depends on document conventions rather than central schema enforcement. If audit trails and role-based access are required, route sign board state through Box metadata templates or use Figma RBAC and audit logs.
Building automation around manual editor steps that lack a documented API
Affinity Designer and Vectornator provide reusable styles and symbols, but their automation and API surfaces are limited for schema-driven provisioning. If automation must be programmable, prioritize Figma with REST API and plugin runtime or Box with API plus webhooks for file state provisioning.
Skipping governance discipline for shared libraries and versioning
Figma can automate node edits and enforce access controls, but cross-file governance requires careful library versioning discipline. Establish a library update workflow that ties changes to RBAC and audit logs, and avoid mixing uncontrolled edits with automated checks.
Using the wrong geometry parameterization layer for the downstream fabrication format
SketchUp and Gravit Designer emphasize procedural modeling and vector layers, but they are primarily editor workflows with file-based handoff rather than DWG-native fabrication geometry. If the fabrication pipeline depends on DWG blocks and attributes, Autodesk AutoCAD is the better fit for parameterized sign generation.
Assuming headless automation scales without access and permission planning
Figma automation can depend on file access and workspace permissions, and automation throughput can be constrained by per-request document operations. For enterprise orchestration, combine Figma automation with access-controlled library governance and coordinate asset handling through Box when audit requirements span assets.
How We Selected and Ranked These Tools
We evaluated each sign board design tool on features, ease of use, and value, and we weighted features as the largest part of the overall score while ease of use and value contributed equally to the remaining influence. The ranking reflects editorial research grounded in the capabilities described for each tool, including API and plugin surfaces, automation mechanisms, and governance controls like RBAC and audit logs. This guide focuses on sign production realities such as template-driven batch output, repeatable geometry parameterization, and schema-like design state management.
Adobe Illustrator separated from lower-ranked tools through its scripting automation using Illustrator’s JavaScript DOM to generate standardized layouts and exports from templates, which lifted it on the features and ease-of-use axes for repeatable variant production.
Frequently Asked Questions About Sign Board Design Software
Which tool is best for automated, template-driven sign variants at scale?
How do design tools differ for brands that require consistent vector typography and layout structure?
Which option is most appropriate when sign production already standardizes on DWG?
Which tool best supports 3D panel layout iteration for fabrication-ready outputs?
Which platform offers the strongest API surface for reading and writing sign design structure?
What is the practical difference between file-based governance and schema-driven governance?
How should teams handle data migration when moving existing sign templates into a new design workflow?
Which tools are better suited to admin controls like RBAC and audit logs for multi-review sign approvals?
What automation limitations should teams expect when using design editors instead of document-centric platforms?
Conclusion
After evaluating 10 art design, Adobe Illustrator 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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