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Art DesignTop 10 Best Sewing Machine Software of 2026
Ranked comparison of Sewing Machine Software for machine programming and drafting, with side-by-side notes on Optitex, Gerber AccuMark, and PAD Systems.
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.
Optitex
Job input schema links design changes to re-generated machine operations for controlled reruns and traceability.
Built for fits when garment manufacturers need CAD-driven machine instructions with controlled automation and consistent data mapping..
Gerber AccuMark
Editor pickAccuMark pattern and grading rule processing that drives marker and layout outputs for controlled size families.
Built for fits when apparel teams automate grading and marker recalculation with enterprise master-data control..
PAD Systems
Editor pickEvent-driven workflow automation tied to a structured machine and production data schema.
Built for fits when sewing teams need governed integrations between machines, workflows, and planning systems..
Related reading
Comparison Table
This comparison table maps sewing machine software tools across integration depth, data model design, and extensibility via API and automation. It also highlights admin and governance controls such as RBAC, provisioning options, and audit log coverage, so teams can assess how configuration and workflows scale. The entries cover common tradeoffs in schema alignment, API surface, and operational throughput for production and design pipelines.
Optitex
apparel designApp and server software for apparel design, digital pattern creation, grading, marker making, and production visualization with automation workflows.
Job input schema links design changes to re-generated machine operations for controlled reruns and traceability.
Optitex treats garment and pattern information as structured production data rather than static exports. The data model connects design intent to machine-ready operations, which improves repeatability across batches and reduces manual re-interpretation at the floor. Automation can be driven around provisioning of job parameters, repeat processing rules, and controlled reruns when design revisions occur. For teams that run multiple machines or stations, integration depth matters because the schema needs to stay consistent from design through execution.
A key tradeoff is that integration effort tends to scale with how custom the shop-floor workflow is, because mapping operations and parameter sets must align with the production schema. Optitex fits when there is an internal MES or job management system that needs a deterministic handoff from design and pattern data into machine instructions. It is also a good fit when throughput and auditability require traceable job inputs, processed outputs, and controlled configuration changes across operators and stations.
- +CAD-to-machine data model keeps design intent consistent through production steps.
- +Automation supports deterministic job parameters for reruns after design revisions.
- +Integration breadth covers cutting and sewing instruction generation workflows.
- +Configuration controls help keep operation mappings consistent across machines.
- –Custom shop-floor mappings require careful alignment with its operation schema.
- –Automation setup takes time when multiple stations need distinct parameter sets.
Production engineering teams
Standardize pattern-to-machine instruction mappings
Fewer manual corrections
Operations managers
Coordinate multi-station throughput jobs
More consistent throughput
Show 2 more scenarios
MES integration teams
Automate deterministic job handoffs
Lower integration rework
Integrations connect job provisioning to machine instruction generation with a schema-stable interface.
Quality and compliance teams
Maintain traceable production inputs
Better audit readiness
Quality processes rely on structured job data to verify processed outputs against controlled inputs.
Best for: Fits when garment manufacturers need CAD-driven machine instructions with controlled automation and consistent data mapping.
More related reading
Gerber AccuMark
digitizingPattern digitizing and marker design suite that converts physical patterns to digital assets and supports automated processing and downstream layout.
AccuMark pattern and grading rule processing that drives marker and layout outputs for controlled size families.
Gerber AccuMark fits teams running repeatable apparel development to production loops with controlled item, size, and measurement schemas. The data model centers on pattern pieces, grading rules, and marker layouts so outputs can flow into cutting and manufacturing planning. Integration depth tends to be strongest when other systems already speak the same production-data vocabulary, like style structure, size sets, and measurement standards. API and automation support are most valuable when execution requires repeatable batch runs for grading, marker generation, and production data export rather than manual rework.
A tradeoff appears in workflow governance, because many organizations must map their PLM and ERP master-data fields to AccuMark’s pattern and grading constructs before automation can run end to end. Usage is strongest when teams need predictable throughput for style releases and size updates, since marker and grading recalculation are where time savings accumulate. When teams rely on ad hoc spreadsheets for measurement and sizing logic, the automation surface becomes less effective without a defined data schema.
- +Pattern and grading data model maps directly to production artifacts
- +Marker and layout generation supports repeatable cutting and planning outputs
- +Automation favors batch style releases with consistent inputs and outputs
- +Extensibility supports integrating garment production data with enterprise systems
- –Automation depends on consistent measurement and sizing schema mapping
- –Governance overhead increases when PLM and ERP structures differ
Apparel product development teams
Automate grading for new size runs
Fewer sizing errors
Cutting room operations
Generate marker layouts per style release
Higher planning throughput
Show 2 more scenarios
PLM integration teams
Sync style structure to production data
Lower manual rekeying
Map style, size sets, and measurement definitions into AccuMark and back out.
Operations governance leads
Control changes across size families
Better auditability
Enforce configuration and workflow rules for repeatable recalculation during updates.
Best for: Fits when apparel teams automate grading and marker recalculation with enterprise master-data control.
PAD Systems
fashion CADFashion CAD and pattern making tools for garment design tasks with digitizing, grading, and production document outputs.
Event-driven workflow automation tied to a structured machine and production data schema.
PAD Systems is built for organizations that need machine signals and production steps mapped into a consistent schema across deployments. The integration depth centers on connecting machine events to work instructions, routing, and execution states rather than treating data as loose logs. Automation and API surface support external systems for scheduling, status sync, and workflow triggers with predictable throughput.
A tradeoff is that the setup effort concentrates on aligning the data model and provisioning rules before broad rollout to multiple machines or sites. PAD Systems fits when sewing operations need controlled configuration changes, auditability, and integration with ERP or shop-floor orchestration where RBAC and audit logs matter. It is less suited to one-off tracking where minimal governance and ad-hoc exports are the only goals.
- +Clear data model for machine signals and production steps
- +Provisioning and configuration support consistent rollout across sites
- +API and automation surface enables event-driven workflow integration
- +RBAC plus audit log improve governance for operational changes
- –Initial schema alignment requires planning before scaling
- –Automation setup can require integration work beyond basic reporting
Manufacturing systems teams
Automate work-in-progress state transitions
Reduced manual status updates
Plant operations leadership
Control configuration changes across lines
Lower configuration drift
Show 2 more scenarios
Integration engineers
Sync production execution with ERP
Fewer data mismatches
Use the API to synchronize job progress, timestamps, and operational metrics.
Quality operations teams
Trace process changes to outcomes
Faster root-cause analysis
Store governed production metadata and review audit trails when defects appear.
Best for: Fits when sewing teams need governed integrations between machines, workflows, and planning systems.
Tukatech
pattern CADGarment design and pattern making CAD that supports pattern creation, grading, and digital workflows for manufacturing handoff.
Job and operational synchronization through Tukatech API lets external systems post status and update execution workflow.
In sewing operations software, Tukatech focuses on integration between design data, cutting and production workflows, and shop-floor execution. Its value is driven by a defined manufacturing-oriented data model that can map BOM-like structure, operations, and routing into actionable workflow steps.
Tukatech also exposes automation and integration hooks through documented API and extensibility patterns aimed at synchronizing job data and operational status. Admin governance is supported through role-based access controls and auditability features for controlled changes across projects and users.
- +Manufacturing data model maps operations, routing, and job structure to execution steps
- +Documented API supports integration of job status and production events
- +Automation hooks reduce manual reentry of design and cut data
- +RBAC helps segment access across roles and production areas
- +Audit logs track configuration and workflow-affecting changes
- –Complex schema design requires careful onboarding to avoid mapping gaps
- –Automation workflows can add overhead without clear process ownership
- –Custom integrations increase maintenance when job schema evolves
Best for: Fits when garment teams need API-driven synchronization from design through cutting and production with governance controls.
MySpeed
production workflowSewing-related digital production management software that supports garment measurement handling and structured production workflows.
Event-based run logging that feeds standardized production and operator reporting.
MySpeed provides sewing-machine software for production tracking, pattern or job logging, and operational reporting tied to machine runs. The system centers on a structured data model for jobs, operators, and run events so reporting stays consistent across sites.
Automation features focus on configuration-driven workflows, with extensibility points intended for integrating production systems. Admin controls concentrate on governance through role-based access and audit trail visibility for changes to operational records.
- +Run event data model supports consistent throughput and downtime reporting
- +Configuration-driven workflow reduces reliance on manual status updates
- +Role-based access controls separate production, admin, and reporting permissions
- +Audit trail coverage supports traceability for job and run record changes
- –Automation surface appears narrower without a documented public API
- –Schema customization for advanced sewing metadata can require admin configuration
- –Cross-site integration depth depends on connector availability for existing tools
- –Operational governance features may be limited to core audit fields
Best for: Fits when production teams need machine run tracking and role-controlled reporting without heavy custom integrations.
Digital Fashion Enterprise
apparel workflowApparel technology software for pattern and digital apparel data workflows that supports structured manufacturing preparation.
Configuration-based workflow orchestration that turns garment pattern and parameter data into machine instruction outputs.
Digital Fashion Enterprise fits engineering and operations teams that need production-ready sewing workflow automation tied to a controlled data model. The core capability centers on managing garment patterns, machine parameters, and manufacturing assets through configurable workflows that translate into machine instructions.
Integration depth depends on how well sewing operations metadata can be mapped into Digital Fashion Enterprise schemas and then exposed through its API surface. Automation and provisioning workflows are designed to reduce manual handoffs by applying configuration consistently across runs, sites, and roles.
- +Configuration-driven workflow mapping from garment data to machine-ready instructions
- +Sewing-specific data model for patterns, parameters, and production assets
- +API surface supports automation that reduces manual operational handoffs
- +Role-based access patterns fit multi-site production governance
- –Integration requires careful schema mapping from existing manufacturing systems
- –Automation coverage depends on the breadth of available workflow hooks
- –Extensibility needs clear boundaries to avoid brittle customizations
- –Admin governance controls may require dedicated setup for audits and RBAC
Best for: Fits when mid-size manufacturers need sewing workflow automation with strict configuration control and a documented API.
CLO 3D
3D garment3D clothing simulation software that drives pattern and garment visualization workflows with exportable design assets.
Pattern and 3D simulation data modeling links 2D pattern edits to drape outcomes for fit review.
CLO 3D targets garment design and simulation with a production-oriented data model that supports patterns, materials, and drape behavior. It maps garment assets into a structured workflow that connects concept visualization to technical outputs like 2D pattern views and 3D results.
Integration depth is centered on file interoperability and pipeline-friendly exports rather than centralized enterprise app connectors. Automation options focus on repeatable project workflows, with an API and extensibility surface that is narrower than pure enterprise PLM systems.
- +Garment-focused data model ties patterns, materials, and simulation state
- +Export paths support pattern and visualization handoffs to downstream tools
- +Repeatable project workflows reduce rework during fit iteration cycles
- +Simulation-driven garment output supports technical review of drape behavior
- –API surface and extensibility are less documented than enterprise software ecosystems
- –Automation centers on workflow repetition rather than cross-system orchestration
- –Governance and RBAC controls are not positioned for multi-team enterprise deployment
- –Audit logging and admin audit trails are limited compared with PLM workbenches
Best for: Fits when design teams need simulation-backed garment iteration with controlled project files.
Marvelous Designer
cloth simulationCloth simulation and garment modeling software that enables pattern-like creation workflows and garment mesh export.
Garment-centric pattern and physics configuration, with export-ready pattern outputs for downstream pipeline steps.
Marvelous Designer focuses on cloth simulation workflows with a modeling data model built around garments, patterns, and physics settings. Integration depth centers on scene interchange through interchange formats and pipeline-friendly outputs like 2D pattern exports and renderable assets.
Automation typically operates through scripted content creation in design workflows and repeatable configuration of garment and simulation parameters. Extensibility is primarily content- and workflow-oriented rather than a broad admin automation surface with extensive API-first governance.
- +Garment and pattern data model maps directly to production-style edits
- +Repeatable simulation settings improve workflow consistency across iterations
- +Scene interchange supports pipeline handoffs between DCC and rendering steps
- +2D pattern outputs support patternmaking and downstream fabrication workflows
- –API surface for provisioning and admin governance is not a primary focus
- –Automation depends more on workflow conventions than external orchestration
- –RBAC granularity and audit log capabilities are not positioned for enterprise compliance
- –Extensibility is more file-format and pipeline oriented than system integration
Best for: Fits when design teams need high-fidelity garment simulation with predictable exports to art and production pipelines.
TNG-Software TNGpen
pattern draftingSewing and pattern drafting tool that supports pattern design generation and production-ready pattern documentation.
Machine job orchestration that binds stored pattern data to stitch execution settings for consistent runs.
TNG-Software TNGpen runs software workflows for sewing machine operations tied to TNGpen hardware. Core capabilities center on digitized patterns, job and stitch control, and repeatable production via configurable automation.
Integration depth depends on how pattern assets, machine settings, and job metadata map into TNGpen’s data model for consistent provisioning across machines. Admin and governance features are strongest when roles, configuration changes, and operational history can be controlled through clear settings and traceable records.
- +Job-driven pattern handling for repeatable production runs
- +Configurable machine parameters tied to stored sewing instructions
- +Operational consistency when provisioning patterns across machines
- –Automation surface can be limited if no documented API is available
- –Data model boundaries may restrict cross-system metadata normalization
- –Governance controls may be shallow without strong RBAC and audit logs
Best for: Fits when workshops need pattern execution automation with controlled job configuration, not deep system-to-system integration.
Browzwear
digital apparel3D apparel design and product visualization software that supports collaborative review and digital garment workflows.
Garment simulation linked to pattern, measurement, and construction steps for construction planning and fit validation.
Browzwear fits garment and product teams that need sewing-adjacent production planning connected to digital garment workflows. The core strength is its garment simulation and measurement workflow tied to a structured data model for patterns, body data, and construction steps.
Integration depth tends to center on CAD-to-simulation handoff and data synchronization across tools used by product design and manufacturing engineering. Automation and extensibility rely on configuration of simulations and exports, but the public automation and API surface is less visible than category peers.
- +Garment simulation workflow tied to a structured pattern and construction data model
- +Consistent measurement pipeline for fit decisions and manufacturing planning
- +Export-ready outputs that support downstream engineering and production tooling
- +Configuration-driven runs support repeatability across product lines
- –Automation and API surface for custom orchestration is not clearly documented publicly
- –Schema control for integrations can feel opaque for external systems
- –Governance controls like RBAC and audit logs are not clearly defined in public materials
- –Throughput scaling depends on workflow design and external pipeline capacity
Best for: Fits when garment teams need repeatable simulation and construction data handoffs into manufacturing workflows.
How to Choose the Right Sewing Machine Software
This buyer's guide covers sewing machine workflow software that converts garment data into production-ready pattern artifacts and machine instructions. It compares Optitex, Gerber AccuMark, PAD Systems, Tukatech, MySpeed, Digital Fashion Enterprise, CLO 3D, Marvelous Designer, TNG-Software TNGpen, and Browzwear.
Coverage focuses on integration depth, data model consistency, automation and API surface, and admin and governance controls. The guide maps each evaluation area to concrete mechanisms found in named tools like Optitex, PAD Systems, and Tukatech.
Sewing machine workflow software that turns garment design into machine-ready operations
Sewing machine software typically manages a production data model that connects patterns, measurements, and operations to outputs that shops can run on cutting and sewing workflows. These tools solve repeatability problems by tying design changes to regenerated machine operations, marker layouts, or instruction outputs.
Optitex coordinates sewing machine workflows by converting garment design files into production-ready pattern and machine instructions with a job input schema for controlled reruns. Gerber AccuMark automates pattern and grading rule processing that drives marker and layout outputs for controlled size families.
Evaluation criteria for integration, schema governance, and automation control
Integration depth matters because sewing workflows span pattern creation, grading, cutting, sewing, and reporting across multiple systems. Optitex and Gerber AccuMark concentrate integration on CAD-to-production artifacts and manufacturing outputs, while PAD Systems and Tukatech emphasize machine and production events tied to a structured schema.
Automation and API surface matters because deterministic reruns, event-driven orchestration, and external status updates depend on how each tool exposes configuration and operations to other systems. Admin governance and data model controls matter because role-based access and audit logs decide who can change mappings that affect machine outcomes.
CAD-to-machine job schema that enables deterministic reruns
Optitex links a job input schema to regenerated machine operations so design changes produce controlled reruns with traceability. This design-to-instruction linkage reduces drift between original pattern intent and shop-floor execution parameters.
Pattern and grading rule engine that drives marker and layout outputs
Gerber AccuMark processes pattern and grading rules into marker and layout generation for controlled size families. This matters when repeatable batch style releases require consistent measurement and sizing schema mapping.
Event-driven workflow automation tied to a structured machine and production schema
PAD Systems uses event-driven workflow automation tied to a machine and production data schema. This mechanism supports integration that reacts to shop-floor events rather than relying only on manual status entry.
API-driven job and operational synchronization for external status posting
Tukatech exposes documented API capabilities that let external systems post status and update execution workflow. This is the clearest fit when design systems and production execution systems must stay synchronized across steps.
Configuration-based orchestration that maps garment parameters to machine instruction outputs
Digital Fashion Enterprise turns garment pattern and parameter data into machine instruction outputs using configuration-driven workflow orchestration. This reduces handoffs by applying configuration consistently across runs, sites, and roles.
Admin governance with RBAC and audit log coverage for operational changes
PAD Systems combines role-based access controls with audit log coverage for operational changes. Tukatech also supports RBAC and auditability for controlled changes across projects and users, which matters for multi-role factories.
Data model boundaries that support throughput reporting from run events
MySpeed centers on a run event data model that feeds standardized production and operator reporting. This matters when throughput, downtime, and operator accountability need consistent structure across sites.
Decision framework for selecting sewing machine workflow software
Start by mapping required data flow from design intent to shop-floor instruction outputs. Optitex fits when the production goal is regenerated machine operations from CAD-driven job inputs, while Gerber AccuMark fits when the production goal is automated marker and layout recalculation from grading rule processing.
Then evaluate automation paths and governance controls using concrete checks. PAD Systems and Tukatech provide clearer automation and external synchronization mechanisms through event-driven surfaces and documented APIs, while MySpeed focuses on run-event reporting with RBAC and audit trail visibility.
Define the production artifact you must regenerate after each design change
Optitex is a direct match when regenerated machine operations must follow design revisions through a job input schema. Gerber AccuMark is a direct match when regenerated outputs must be marker and layout artifacts produced from pattern and grading rule processing.
Verify how the tool represents patterns, measurements, and operations in its data model
PAD Systems and Tukatech both emphasize a structured machine and production schema that supports configuration and governance. Digital Fashion Enterprise emphasizes sewing-specific patterns, parameters, and manufacturing assets within configuration-driven workflow mapping.
Confirm the automation surface matches the shop-floor integration plan
Use PAD Systems when automation must be event-driven and triggered by machine and production events tied to a structured schema. Use Tukatech when external systems must post status and update execution workflow through its documented API.
Check governance requirements for mapping changes that affect outcomes
Use PAD Systems or Tukatech when role-based access controls must restrict who can change operational mappings. Require audit log coverage for workflow-affecting configuration and operational changes, which both PAD Systems and Tukatech position as part of admin governance.
Select the reporting backbone that matches how the factory measures throughput
Use MySpeed when standardized production and operator reporting must be built on event-based run logging with a consistent throughput and downtime model. Avoid assuming deep cross-system orchestration if connector availability is the main integration dependency, since MySpeed focuses on run event tracking.
Who benefits from sewing machine workflow software
Sewing machine workflow software benefits teams that need controlled transformation from design assets into production-ready outputs and machine-aligned instructions. The best fit depends on whether the core pain is data regeneration, automated grading and layout recalculation, or shop-floor event synchronization.
Optitex and Gerber AccuMark cover different automation centers, while PAD Systems and Tukatech focus on governance and external synchronization. MySpeed adds run-event reporting structures when execution tracking is the main requirement.
Garment manufacturers that require CAD-driven machine instructions with controlled automation and traceability
Optitex is the strongest match because its job input schema links design changes to re-generated machine operations for controlled reruns and traceability. This focus fits factories that treat CAD-to-machine alignment as a first-order requirement.
Apparel teams that automate grading and marker recalculation under enterprise master-data control
Gerber AccuMark fits teams that need AccuMark pattern and grading rule processing to drive marker and layout outputs for controlled size families. Its pattern and grading data model aligns to production artifacts used for repeatable cutting and planning.
Sewing teams that need governed integrations between machines, workflows, and planning systems
PAD Systems fits teams that want event-driven workflow automation tied to a structured machine and production data schema. Its RBAC plus audit log coverage supports controlled operational changes during rollout across lines and sites.
Garment teams that must synchronize design status to cutting and production execution using an API
Tukatech fits when external systems need to post job and operational status and update execution workflow via its documented API. RBAC and auditability help keep project-level and user-level configuration changes controlled.
Production teams that need machine run tracking with role-controlled reporting
MySpeed fits workshops that need event-based run logging that feeds standardized production and operator reporting. Its role-based access controls and audit trail visibility target governance for operational records without relying on a wide automation API surface.
Common selection pitfalls in sewing machine workflow tools
Many buying mistakes come from choosing a tool that excels at design iteration while the shop requires machine-aligned instruction regeneration and governed automation. Another frequent mistake is underestimating schema alignment work required for event-driven automation and cross-system integration.
The tools here show clear patterns. Optitex and PAD Systems depend on careful mapping into operation schemas, while MySpeed and Browzwear show narrower public automation and API clarity compared with schema-forward peers.
Buying for design visualization while needing governed machine instruction regeneration
CLO 3D and Marvelous Designer focus on simulation-backed workflows and exportable pattern outputs rather than multi-system admin governance for shop-floor instruction mapping. Optitex and Digital Fashion Enterprise concentrate on converting garment data into machine-ready operations with configuration control.
Skipping operation schema alignment during rollout
Optitex requires careful alignment between custom shop-floor mappings and its operation schema, which can take planning when multiple stations need distinct parameter sets. PAD Systems also needs initial schema alignment planning before scaling, because the structured machine and production schema drives event-driven automation.
Assuming a documented public API exists for provisioning and orchestration
MySpeed is positioned around run-event reporting with an automation surface that appears narrower without a documented public API. TNG-Software TNGpen also has limited automation surface when no documented API is available, so integration plans must not assume enterprise provisioning hooks.
Under-scoping governance for mapping and workflow-affecting configuration
Browzwear does not position RBAC granularity and audit log capabilities clearly in public materials, which makes governance planning harder for multi-team deployment. PAD Systems and Tukatech explicitly support RBAC and auditability for operational changes.
How We Selected and Ranked These Tools
We evaluated Optitex, Gerber AccuMark, PAD Systems, Tukatech, MySpeed, Digital Fashion Enterprise, CLO 3D, Marvelous Designer, TNG-Software TNGpen, and Browzwear using a criteria-based scoring approach that combined features, ease of use, and value. We rated features as the primary driver because sewing machine workflow success depends on how reliably the tool maps its data model into machine instruction outputs, marker generation, and event-driven automation. We rated ease of use and value as supporting factors that shape rollout speed and ongoing operational fit.
Optitex set itself apart by tying a job input schema to re-generated machine operations for controlled reruns and traceability, which directly lifted its features score and supported its high overall fit for CAD-driven machine instruction regeneration.
Frequently Asked Questions About Sewing Machine Software
Which sewing machine software supports CAD-driven machine instruction reruns with traceability?
How do Optitex and Gerber AccuMark differ in pattern and marker production workflows?
Which tools expose an API and integration surface designed for event-driven shop-floor automation?
What software options support role-based access controls and audit logs for admin governance?
What data model and schema capabilities matter most when integrating with PLM or manufacturing systems?
Which tools are best for production run tracking without heavy system-to-system integration?
How does Digital Fashion Enterprise handle configuration-controlled workflow automation into machine instruction outputs?
What is the tradeoff between simulation-first tools and enterprise sewing execution tools for production workflows?
Which software is designed for hardware-bound sewing execution automation tied to stored patterns and stitch control?
How should workshops plan data migration when moving from design files to governed sewing operations?
Conclusion
After evaluating 10 art design, Optitex 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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