GITNUXSOFTWARE ADVICE
Education LearningTop 10 Best University Timetable Software of 2026
Ranked shortlist of university timetable software with feature and pricing comparisons for universities, including Celcat Timetabler, Scientia, and Untis.
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%
Gitnux may earn a commission through links on this page — this does not influence rankings. Editorial policy
Celcat Timetabler is the strongest choice for universities that need constraint-driven timetables with controlled publish and repeatable term imports, whereas Scientia Enterprise Timetabler fits best when rule-governed automation and careful late-change handling matter more than an all-in-one workflow.
Editor’s top 3 picks
Three quick recommendations before you dive into the full comparison below — each one leads on a different dimension.
Celcat Timetabler
Constraint-driven generation plus grid-level drag-and-drop editing with live clash feedback in the same planning workspace.
Built for fits when universities need constraint-driven scheduling with controlled publish and recurring term imports..
Scientia Enterprise Timetabler
Editor pickGovernance of constraint and workload rules across automated generation and manual adjustments, with clash detection during edit cycles.
Built for fits when universities need rule-governed automated timetables plus controlled late change handling..
Untis
Editor pickRule-aware timetable refinement that preserves feasibility while planners edit assignments and placements.
Built for fits when planners need solver-guided iteration and rule-aware adjustments across departments and rooms..
Comparison Table
Celcat Timetabler
vertical specialistUniversity scheduling software for academic timetabling, room booking, and student timetable delivery.
Constraint-driven generation plus grid-level drag-and-drop editing with live clash feedback in the same planning workspace.
Celcat Timetabler is a university scheduling tool built around a timetabling engine that evaluates clashes and constraint satisfaction across a configured period grid. The workflow supports iterative planning with automated timetable generation, then manual drag-and-drop adjustment on the timetable grid when the solver cannot find a fully feasible solution. Governance is handled through structured configuration of room availability, teacher rules, and institutional policies that control both constraint enforcement and publish readiness.
A practical tradeoff is that rule configuration requires disciplined setup so the constraint solver produces outcomes that match institutional policy rather than default heuristics. Celcat fits best when a university needs ongoing term timetables with repeated imports of section and room data, then uses controlled publish steps to update downstream systems and stakeholders.
- +Constraint solver supports iterative feasibility checks before publish
- +Grid-based editing keeps late timetable changes grounded in rules
- +Structured imports reduce re-keying between course catalog and scheduling
- +Conflict visibility helps teams triage clashes during adjustment cycles
- –Initial governance rule setup takes time and cross-team agreement
- –Advanced configuration can require specialist scheduler admin knowledge
- –Data mapping issues can slow early integration when inputs differ
- –Some bulk adjustments rely on workflow discipline rather than automation alone
Timetabling office schedulers
Generate term timetables under policy rules
Fewer publish-blocking clashes
University IT integration teams
Repeatable imports from institutional systems
Lower re-keying workload
Show 2 more scenarios
Academic planning governance leads
Enforce room and staff rules
Policy-consistent timetables
Configure governance constraints so solver outputs align with faculty workload and room policies.
Program administrators
Manage sectioning changes late in the term
Faster change turnaround
Handle section updates and placements while viewing a conflict matrix for impact assessment.
Best for: Fits when universities need constraint-driven scheduling with controlled publish and recurring term imports.
Scientia Enterprise Timetabler
enterpriseConstraint-based academic timetabling software for managing teaching events, spaces, and institutional rules.
Governance of constraint and workload rules across automated generation and manual adjustments, with clash detection during edit cycles.
Scientia Enterprise Timetabler fits universities where timetabling work depends on consistent input data from the course catalog and student information ecosystem, then iterative refinement through a constraint solver workflow. Admin teams get a centralized rules configuration approach for feasibility checks like teacher load balancing and room capacity constraints, which reduces the need for manual spreadsheet reconciliation. Operational users benefit from an edit loop that flags clashes and keeps the timetable aligned to the configured constraints during drag-and-drop adjustments.
The tradeoff is that dense constraint configuration increases early setup effort, especially when faculty workload rules and room assignment policies are detailed. It works best when a university runs frequent timetable cycles and needs automated timetable generation for regular terms, followed by controlled handling of late enrollment changes and section moves.
- +Constraint-driven generation that keeps outcomes tied to workload and room rules
- +Conflict checking supports safe manual edits during late timetable changes
- +Structured publish workflow supports repeatable timetable release cycles
- +Import-driven setup reduces manual data rekeying across timetabling runs
- –Complex rule sets increase configuration effort before first stable timetables
- –Drag-and-drop edits still require discipline to remain consistent with constraints
Timetabling office schedulers
Automated term timetable with edits
Faster publish-ready iterations
Academic timetabling administrators
Teacher workload rules enforcement
Reduced workload rule breaches
Show 2 more scenarios
Facilities and room planners
Room utilization and capacity checks
Higher utilization with fewer over-capacity events
Constrain schedules to room capacity and assignment policies and identify clashes during adjustments.
IT integration teams
System import and schedule publish sync
Lower manual reconciliation work
Feed course and section data from institutional systems, then push timetable releases through a controlled cycle.
Best for: Fits when universities need rule-governed automated timetables plus controlled late change handling.
Untis
education specialistTimetable software for educational institutions with scheduling, substitution, and room planning tools.
Rule-aware timetable refinement that preserves feasibility while planners edit assignments and placements.
Untis is built around a constraint solver workflow where schools generate a draft timetable and then adjust it with rule-aware edits. The system is designed to keep clashes and feasibility consistent while planners apply changes like reassignment or room swaps. Configuration supports category structures such as courses, classes, and teaching assignments so the scheduling objects map to common university timetabling practices.
A tradeoff is that Untis configuration and governance can require sustained local administration to maintain correct rules and mapping across departments. Untis fits institutions that run repeated timetable builds, such as term planning and recurring exam blocks, where planners need predictable automation plus controlled manual correction.
- +Constraint-driven editing reduces broken assignments during manual timetable changes
- +Iterative generation supports refinement cycles for real-world planning work
- +Room and teaching assignment handling stays linked to constraint rules
- +Import workflows help map course and section structures into schedules
- –Setup and rule mapping work can take time across multiple faculties
- –API surface and automation options are less visible than UI-centered workflows
- –Complex rule sets can slow turnaround for frequent incremental changes
University timetabling office
Term timetable generation and refinement
Fewer rework cycles
Faculty administrators
Department-level schedule adjustments
More stable scheduling outputs
Show 2 more scenarios
Operations teams
Data import to scheduling objects
Lower manual data entry
Course and section structures are loaded into the scheduling model using import workflows.
Exam scheduling teams
Block scheduling for assessments
Tighter feasibility control
Staff and rooms are allocated using solver support for hard limits and operational preferences.
Best for: Fits when planners need solver-guided iteration and rule-aware adjustments across departments and rooms.
Infosilem Academic
enterpriseAcademic operations software for timetable scheduling, space management, and student-centered planning.
Constraint-driven timetable generation paired with an editor that supports rapid manual corrections before publish.
Infosilem Academic targets university timetabling with administrative workflows for building schedules and publishing results to users. The product emphasizes automated generation driven by institutional constraints plus manual refinement using a graphical timetable editor.
It supports data entry via import workflows and integration-oriented setup to connect timetable inputs to university systems. Governance is handled through role-based access patterns and auditability features that track configuration and publishing actions across timetable cycles.
- +Automated schedule generation with constraint-first configuration
- +Graphical drag-based editing for fast manual clash resolution
- +Import-oriented setup to reduce repetitive section and room entry
- +Publishing workflow designed for recurring timetable cycles
- –Constraint tuning requires careful setup to avoid frequent regeneration
- –Advanced governance relies on consistent role assignment discipline
Best for: Fits when a university needs automated timetable generation plus controlled publishing for repeated academic terms.
TimeEdit
enterpriseScheduling and resource management platform for higher education timetables, rooms, and exams.
Multi-stage planning and publish workflow that keeps staff and room constraints editable up to release time.
TimeEdit generates and publishes academic timetables using a configurable scheduling workflow with room, staff, and course inputs. The system supports multi-level planning, including event and resource constraints, plus iterative timetable editing via grid-based interactions.
Administration centers on configuration of templates, roles, and publishing rules so timetable data can move from planning to student-facing views. Integration typically depends on importing course and enrollment data from institutional systems and then mapping that data to the timetable structure for sectioning and scheduling.
- +Grid-based editing supports rapid conflict resolution across periods
- +Configurable publishing workflow supports multiple timetable views
- +Resource and staffing constraints are applied during planning
- +Import-driven section setup reduces manual re-entry of course data
- –Constraint tuning can require disciplined configuration work
- –Advanced automation depends on the quality of upstream mappings
- –Complex multi-catalog setups can slow planning iteration cycles
- –Deep integration needs careful alignment between SIS exports and timetable objects
Best for: Fits when universities need a configurable timetable workflow with iterative editing and controlled publish steps.
aSc Timetables
SMBTimetable creation software with automated scheduling, substitutions, and publishing tools.
Constraint-aware automated generation that feeds into coordinated manual correction without losing timetable feasibility context.
aSc Timetables from asctimetables.com focuses on university timetabling workflows that start with structured course and section data and end with publish-ready timetable outputs. The product supports automated timetable generation with constraint handling for room assignment, teacher constraints, and schedule feasibility, then keeps coordinators in control through manual adjustments and re-generation cycles.
Import-based setup covers common university data feeds such as course offerings and class groupings, which reduces the effort needed to reach an initial timetable baseline. For governance and rollout, it supports timetable versioning for iterative planning and controlled publishing steps for downstream consumers.
- +Automated timetable generation with constraint-aware scheduling and feasibility feedback
- +Day and period grid editing with quick conflict visibility for coordinators
- +Import-driven setup for course catalog and section data entry points
- +Iterative planning with publish steps that reduce timetable churn
- –Advanced rule tuning requires deeper configuration knowledge than basic drag edits
- –Integration breadth can depend on how upstream systems provide data exports
Best for: Fits when a university needs constraint-aware generation plus coordinator editing and controlled publish cycles.
Accruent Academic Scheduling
enterpriseAcademic scheduling software for higher education timetable, room, and event management.
Staged scheduling governance with controlled timetable publish operations and revision oversight.
Accruent Academic Scheduling focuses on university timetabling workflows with built-in integration hooks for institutional systems and administrator-driven configuration. The product supports constraint-based schedule creation and ongoing adjustments with room and section planning inputs that feed timetable publish cycles.
It is designed for governance in day-to-day scheduling through structured rule configuration, role separation, and audit-oriented operations around schedule updates. Accruent Academic Scheduling is most suitable where timetable generation needs to align with operational constraints and repeating term processes.
- +Constraint-driven generation supports repeatable feasibility checks across terms
- +Integration-first workflow reduces manual rekeying from course and enrollment sources
- +Administrator controls enable staged approvals before timetable publish
- +Room planning inputs support capacity-aware assignment and utilization review
- –Rule configuration has a steep learning curve for teams without scheduling specialists
- –Drag-and-drop edits can require re-running downstream consistency checks
- –Automation breadth depends on how well local data formats map to the import model
- –Complex policies can increase cycle time during iterative schedule tuning
Best for: Fits when universities need governed timetabling operations tied to institutional systems and repeatable term cycles.
TimeTabler
vertical specialistAcademic timetabling software for schools, colleges, and universities with automated scheduling support.
Revision-safe timetable publishing that keeps generated schedules and manual adjustments separated until approval.
TimeTabler is a university timetabling system that focuses on configurable scheduling workflows for both teaching and exams. It supports constraint-based timetable feasibility checks, including room availability and clash detection before publishing timetables to stakeholders.
Core capabilities include automated timetable generation, interactive grid editing, and structured imports from course and staff data files. Governance features center on controlled publishing and revision cycles rather than ad hoc spreadsheet distribution.
- +Constraint-based generation surfaces infeasibility before timetable publish
- +Interactive drag-and-grid editing supports rapid manual correction
- +Structured publishing workflow reduces accidental overwrites
- +Import-first workflow suits institutions with CSV-based data feeds
- –Automation quality depends heavily on clean master data inputs
- –Room and section modeling can require configuration discipline
- –Exam scheduling workflows need more explicit user guidance
- –Complex what-if iterations can feel slow at larger dataset scales
Best for: Fits when a university needs repeatable timetable publication with controlled edits and automated feasibility checks.
Lantiv Timetabler
vertical specialistTimetable scheduling software for educational institutions with automation for classes, teachers, and rooms.
Publish lifecycle controls with template governance to standardize sectioning and timetable publishing steps.
Lantiv Timetabler performs timetable planning with a rule-driven workflow that targets universities managing both teaching and exam timetables. The tool supports drag-and-drop editing on a period-day grid and relies on constraint checking to highlight clashes during feasibility review.
It can ingest course and section structures through import workflows and then publish schedules for operational use. Admin controls focus on governance of templates and the publish lifecycle so institutions can standardize sectioning and classroom planning steps.
- +Constraint checking surfaces clashes while schedules are edited
- +Drag-and-drop timetable adjustments fit day-cycle planning workflows
- +Template-driven governance supports consistent publish cycles
- +Import-based section and course setup reduces manual re-entry
- –Advanced automation depends on well-defined input structure
- –Finer-grained integrations beyond import workflows may need custom work
- –Publish steps require strict data readiness to avoid downstream gaps
- –Large timetables can slow iterative edits during conflict review
Best for: Fits when universities need a controlled publish workflow and interactive timetable correction for teaching and exams.
EduPage Timetables
SMBSchool administration platform that includes timetable creation, substitutions, and publishing.
Timetable publication and updates stay tied to EduPage schedule views, reducing reconciliation across separate systems.
EduPage Timetables targets schools and universities that already run EduPage for the student information workflow and want timetabling inside the same ecosystem. It supports automated generation with clash detection and rule-driven adjustments, then publishes schedules to student and staff views.
The import and editing workflow centers on sectioning inputs, room and teacher assignments, and a period grid that teams can modify after generation. Governance and day-to-day administration rely on EduPage roles and configuration rather than building an external timetabling pipeline.
- +Built around an existing school data workflow with less cross-system handoff
- +Automated generation includes clash detection for timetable feasibility feedback
- +Drag-and-drop timetable edits support fast post-generation corrections
- +Publication flows to student and faculty schedule views without extra tooling
- –Constraint modeling depth can lag university-grade exam scheduling complexity
- –Room utilization optimization may be limited compared with solver-first academic products
Best for: Fits when a university uses EduPage for student operations and needs practical timetable publication with iterative edits.
Conclusion
After evaluating 10 education learning, Celcat Timetabler stands out as our overall top pick — it scored highest across our combined criteria of features, ease of use, and value, which is why it sits at #1 in the rankings above.
Use the comparison table and detailed reviews above to validate the fit against your own requirements before committing to a tool.
How to Choose the Right university timetable software
University timetable software manages academic timetables through constraint-aware generation, grid-based editing, and controlled timetable publish steps across recurring terms. This guide covers Celcat Timetabler, Scientia Enterprise Timetabler, Untis, Infosilem Academic, TimeEdit, aSc Timetables, Accruent Academic Scheduling, TimeTabler, Lantiv Timetabler, and EduPage Timetables.
Shortlisted tools vary in how they keep late timetable changes consistent with workload and room rules, from Celcat Timetabler and Scientia Enterprise Timetabler constraint governance to Untis rule-aware refinement. Each tool review maps planning workflows to publish operations so universities can judge how far automation reaches before manual correction becomes constrained.
University Timetable Software for Constraint-Driven Scheduling, Planning, and Controlled Publish
University timetable software produces day-cycle or period-grid timetables by applying hard constraints and soft constraints to placements such as sections, rooms, and instructor workloads. Tools differ in whether they prioritize constraint-driven generation with live clash feedback in the same workspace or a staged publish workflow that preserves feasibility until approval.
Celcat Timetabler supports constraint-driven generation plus grid-level drag-and-drop editing with live clash feedback so planners can iteratively correct schedules before publish. Scientia Enterprise Timetabler focuses on governance of constraint and workload rules across automated generation and manual edit cycles using conflict checking during late timetable changes.
Constraint generation, edit safety, and publish governance
Constraint generation should produce timetable feasibility under hard constraints like room capacity and instructor conflicts, not just draft placements. Celcat Timetabler and Scientia Enterprise Timetabler both run constraint-driven generation that feeds usable planning outputs instead of requiring full manual rebuilding.
Edit safety matters because universities publish schedules repeatedly across recurring terms, so late changes must stay consistent with rules. Celcat Timetabler and Scientia Enterprise Timetabler provide clash detection during edit cycles, while TimeTabler and TimeEdit separate editing stages so publish control stays under governance.
Constraint-driven generation with iterative feasibility checks
Celcat Timetabler and Scientia Enterprise Timetabler generate using a constraint solver and support iterative feasibility checks before planners finalize publish-ready outcomes. Untis also supports iterative generation and refinement cycles, but its automation and API options are less visible than UI-centered workflows.
Live clash feedback inside the planning workspace
Celcat Timetabler and Scientia Enterprise Timetabler keep clash detection active while planners drag and adjust assignments, so conflicts surface during the same edit session. Infosilem Academic also pairs constraint-first generation with graphical drag-based editing, with clash resolution handled before publish.
Rule and workload governance across automated and manual changes
Scientia Enterprise Timetabler and Celcat Timetabler both govern constraint and workload rules so manual changes remain tied to workload and room rules. Lantiv Timetabler focuses on publish lifecycle controls with template governance, which is useful when governance needs to standardize how sectioning and publishing steps occur.
Multi-stage editing and controlled timetable release
TimeEdit and TimeTabler structure a multi-stage planning and publish workflow, which keeps constraints and conflict checks editable up to release time. TimeTabler also keeps generated schedules and manual adjustments separated until approval through revision-safe timetable publishing.
Publish separation with revision-safe approval flow
TimeTabler and Accruent Academic Scheduling both emphasize controlled publish operations with revision oversight, so operational mistakes do not enter the live timetable without governance. TimeTabler makes this separation explicit by keeping edits distinct from published outputs, while Accruent Academic Scheduling ties repeatable feasibility checks to institutional cycle operations.
Configuration discipline for constraint tuning and role governance
Celcat Timetabler and Infosilem Academic require governance rule setup and constraint tuning work to reach stable timetables for repeated academic terms. Untis and TimeEdit add additional setup and rule mapping effort across faculties or disciplined configuration for the publishing workflow.
Choose the workflow shape: in-workspace rule editing versus staged release governance
Timetabling teams usually need one of two operational patterns, either constraint-driven generation with rule-safe edits in the same workspace or a staged workflow that preserves feasibility until release approval. Celcat Timetabler and Scientia Enterprise Timetabler fit teams that want live clash feedback while planners adjust day-cycle or period placements.
Other teams need separation between planning iterations and what gets published, especially when staffing and room data change near release windows. TimeEdit and TimeTabler fit that pattern through configurable publish workflows and revision-safe approval controls.
Select the edit safety model that matches release risk
Choose Celcat Timetabler or Scientia Enterprise Timetabler when late timetable changes must keep conflict checking active during drag-and-drop edits in the same planning workspace. Choose TimeTabler or TimeEdit when editing must stay separated from release so planners can refine while publish approval controls the final timetable.
Map governance requirements to rule setup effort
Choose Celcat Timetabler or Scientia Enterprise Timetabler when teams can align on governance rule setup before first stable timetables, because both products emphasize constraint and workload governance. Choose TimeEdit or Infosilem Academic when teams prefer a constraint-first configuration paired with rapid manual corrections, while still accepting constraint tuning discipline.
Decide how coordinators and faculties work together
Choose Untis when rule-aware timetable refinement supports feasibility-preserving edits across departments and rooms, but plan for multi-faculty rule mapping work. Choose aSc Timetables or a workflow-driven product style when coordinator editing needs feasibility feedback to avoid losing timetable feasibility context during corrections.
Evaluate feasibility feedback intensity during manual correction
Choose Celcat Timetabler or Scientia Enterprise Timetabler when live conflict checking is needed for safe manual edits during late term changes. Choose aSc Timetables or TimeEdit when teams need feasibility context to persist through coordinated manual correction and controlled publish steps.
Align input quality expectations with automation outcomes
Choose Accruent Academic Scheduling when integration-first workflows reduce manual rekeying from course and enrollment sources, even if rule configuration has a steep learning curve. Choose TimeTabler or TimeTabler-style publish separation only if upstream master data inputs are clean enough to sustain automation quality.
Who benefits from each university timetable workflow
Universities benefit when the timetabling process matches the institution’s change-control posture, especially around late modifications. Tools that run constraint-driven generation and keep clash detection active during edits fit environments where planners need rapid iteration without breaking feasibility.
Scheduling teams that iterate daily and publish frequently
Celcat Timetabler and Scientia Enterprise Timetabler support constraint-driven generation and live clash feedback during drag-and-drop edits, which reduces the cycle time between conflict detection and correction.
Governance-focused operations with approval gates
TimeTabler and Accruent Academic Scheduling provide controlled publish operations and revision oversight, which helps keep generated schedules and manual adjustments from entering live timetables without approval.
Faculties that require solver-guided refinement instead of fully automated locking
Untis supports rule-aware timetable refinement that preserves feasibility while planners edit assignments and placements across departments and rooms.
Universities standardizing sectioning and exam-related planning steps
Lantiv Timetabler’s publish lifecycle controls with template governance fit teams that want standardized sectioning and publishing steps for teaching and exams.
Organizations built around an existing school schedule workflow
EduPage Timetables stays tied to EduPage schedule views for publication and updates, which reduces reconciliation across separate systems even when constraint modeling depth for complex exam scheduling is thinner.
Common failure modes in university timetable software rollouts
Timetabling rollouts fail when governance rules and role discipline are treated as optional setup work. They also fail when teams expect drag-and-drop edits to stay feasible without accepting the product’s constraint discipline model.
Underestimating the governance rule setup time
Celcat Timetabler and Scientia Enterprise Timetabler both flag that initial governance rule setup takes time and cross-team agreement before stable timetables are achievable.
Using drag-and-drop edits without maintaining constraint discipline
Scientia Enterprise Timetabler and Celcat Timetabler support conflict checking during edits, but advanced governance still requires discipline to keep manual adjustments consistent with the constraint and workload rules.
Configuring constraints but skipping role assignment consistency
Infosilem Academic notes that advanced governance relies on consistent role assignment discipline, so inconsistent roles can lead to conflicting workflow actions during repeated term imports.
Assuming automation quality will compensate for weak master data inputs
TimeTabler explicitly ties automation quality to clean master data inputs, so importing incomplete mappings can cause infeasibility to appear only after significant editing effort.
Applying staged publish workflows without defining who owns the final release step
TimeEdit and TimeTabler provide configurable publishing workflows and revision-safe approval controls, but the institution still needs clear ownership of the final release action to prevent stalled timetable publish cycles.
How We Selected and Ranked These Tools
We evaluated Celcat TimeTabler, Scientia Enterprise TimeTabler, Untis, Infosilem Academic, TimeEdit, aSc Timetables, Accruent Academic Scheduling, TimeTabler, Lantiv TimeTabler, and EduPage Timetables on features that keep timetabling feasible under constraint-driven generation and conflict checking during edit cycles. Features counted for 40% of the ranking because the category depends on constraint solver-driven outputs and clash detection behaviors that affect publish readiness.
Ease and value each counted for 30% because teams must configure constraint and publishing workflows without spending cycles on rule mapping work or rekeying from course and enrollment sources. Celcat TimeTabler separated itself with constraint-driven generation plus grid-level drag-and-drop editing that shows live clash feedback in the same planning workspace, which reduced the gap between manual correction and publish readiness.
Frequently Asked Questions About university timetable software
How do Celcat Timetabler and Scientia Enterprise Timetabler differ in handling timetable feasibility during edits?
What integration patterns matter most for Untis compared with EduPage Timetables?
Which tool provides the strongest admin separation between planning and approval for timetable publish cycles?
How do Celcat Timetabler and aSc Timetables handle late changes without losing the planning context?
When a university needs room utilization and teacher load balancing rules, how do Scientia Enterprise Timetabler and Infosilem Academic compare?
What breaks if a team relies on Untis for iterative refinement but skips upstream data synchronization?
Which tools support timetable versioning or revision separation to reduce errors during updates?
How do Data imports and mapping workflows differ between TimeEdit and Lantiv Timetabler?
What tradeoff comes with choosing Accruent Academic Scheduling for governance compared with TimeTabler for planners?
Tools reviewed
Primary sources checked during evaluation.
Referenced in the comparison table and product reviews above.
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