GITNUXSOFTWARE REVIEW
Manufacturing EngineeringTop 10 Best Shaft Alignment Software of 2026
Compare shaft alignment software options for maintenance teams, with practical notes on features and fit. Covers tools like SKF TKSA and Easy-Laser.
How we ranked these tools
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Framework: Features 40% · Ease 30% · Value 30%
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Easy-Laser is the best overall fit for maintenance teams that need repeatable alignment documentation on recurring machines because its job-centered reporting keeps measurement and coupling configuration tied to the outputs, while SKF TKSA Shaft Alignment suits teams in SKF-standard workflows thanks to guided correction that stays sourced from the same measurement session data.
Editor’s top 3 picks
Three quick recommendations before you dive into the full comparison below — each one leads on a different dimension.
Easy-Laser
Job-centered reporting ties captured measurement data to machine and coupling configuration.
Best for: Fits when maintenance teams need repeatable alignment documentation across recurring machines.
SPM Instrument
Editor pickMeasurement-session driven documentation that ties captured readings to review-ready alignment outputs.
Best for: Fits when maintenance teams need consistent alignment reporting from repeatable measurement sessions.
SKF TKSA Shaft Alignment
Editor pickGuided correction output is generated from the same measurement session data, minimizing hand transcription between capture and adjustment steps.
Best for: Fits when SKF-aligned maintenance teams need repeatable coupling alignment reports and guided corrections without custom integrations.
Comparison Table
Easy-Laser
vertical specialistLaser alignment systems from Damalini with EasyTrend PC software for measurement analysis and documentation.
Job-centered reporting ties captured measurement data to machine and coupling configuration.
Easy-Laser fits maintenance teams that need repeatable measurement capture and documentation after each alignment job. The core workflow supports laser sensor input, correction guidance during alignment, and report generation from the same measurement session. Data outputs emphasize job traceability by keeping measurement context with the resulting alignment documentation.
A practical tradeoff is that job configuration effort rises when asset structures are inconsistent, because each machine train needs correct component mapping for meaningful reports. Easy-Laser works best when a team runs frequent coupling alignment on the same machine families and wants standardized reports across shifts.
- +Measurement-to-report workflow keeps job context attached to outputs
- +Correction guidance during alignment reduces operator decision load
- +Exportable measurement data supports record retention and follow-up
- +Job-based documentation is useful for recurring machine families
- –Meaningful reports depend on consistent machine configuration mapping
- –Automation depth is limited for fully digital work orders end-to-end
- –Advanced reporting customization requires disciplined template handling
- –Integration surface is narrower for MES and monitoring platforms
Maintenance engineers
Standardize coupling alignment documentation
Fewer documentation gaps
Millwrights
Run fast laser alignment cycles
Shorter rework loops
Show 2 more scenarios
Maintenance managers
Track alignment jobs by asset
Clearer maintenance traceability
Use session outputs to keep alignment history organized per machine and coupling.
Condition monitoring technicians
Export data for asset records
Better record continuity
Send measurement exports into maintenance documentation workflows after on-site alignment.
Best for: Fits when maintenance teams need repeatable alignment documentation across recurring machines.
SPM Instrument
vertical specialistCondition monitoring company offering shaft alignment instruments and OMNITREND software for data management and analysis.
Measurement-session driven documentation that ties captured readings to review-ready alignment outputs.
SPM Instrument performs shaft alignment measurement workflows by guiding technicians through setup, measurement capture, and tolerance checking for machine train jobs. The software focuses on producing alignment results that can be reviewed as reporting outputs tied to the measurement session.
It also supports exportable measurement data for downstream review and maintenance documentation. SPM Instrument is positioned for teams that need consistent alignment paperwork and repeatable shop-floor steps rather than ad hoc spreadsheets.
- +Session-based measurement flow reduces missed steps during alignment work
- +Reporting outputs make it easier to attach results to maintenance records
- +Exportable measurement data supports internal review workflows
- +Configuration options support mixed coupling and machine train jobs
- –Setup and measurement capture can feel rigid for nonstandard shop workflows
- –Integration depth beyond exports depends on how teams handle their data pipeline
Maintenance technicians
Guide coupling alignment measurement session
Repeatable alignment documentation
Reliability engineers
Review job reports by machine train
Clear historical alignment baselines
Show 2 more scenarios
Plant maintenance supervisors
Standardize shop-floor alignment steps
Consistent measurement records
Guided measurement routines reduce variation from ad hoc spreadsheets and manual entry.
Maintenance data analysts
Export measurement data for review
Faster data re-use
Exportable records support downstream analysis and maintenance documentation updates.
Best for: Fits when maintenance teams need consistent alignment reporting from repeatable measurement sessions.
SKF TKSA Shaft Alignment
enterpriseEntry-level to mid-range laser shaft alignment instruments in the SKF maintenance tools portfolio.
Guided correction output is generated from the same measurement session data, minimizing hand transcription between capture and adjustment steps.
SKF TKSA Shaft Alignment is a laser-based shaft alignment software workflow used to plan measurement points, guide alignment execution, and generate results for machine train correction. It supports coupling alignment practices with data capture for angles and offsets, then applies correction guidance for common misalignment conditions.
The software emphasizes repeatable measurement sessions and report output for maintenance documentation. It is best matched to teams already standardizing on SKF measurement hardware and alignment procedures.
- +Measurement session workflow keeps angular and offset inputs structured
- +Results reporting formats support recurring alignment recordkeeping
- +Hardware-guided capture reduces the chance of missed measurement steps
- +Correction guidance ties directly to logged misalignment values
- –Best fit depends on SKF sensor and measurement hardware pairing
- –Limited evidence of open API access for custom CMMS data flows
- –Setup requires disciplined input of machine geometry and tolerances
- –Report exports are less flexible than CSV-first alignment tools
Alignment technicians
Plan measurement points with TKSA
Reduced setup errors
Maintenance planners
Generate documentation-ready results
Audit-friendly alignment paperwork
Show 1 more scenario
Reliability maintenance teams
Correct common misalignment conditions
Improved alignment outcomes
Correction guidance maps measured misalignment patterns to actionable machine train adjustments.
Best for: Fits when SKF-aligned maintenance teams need repeatable coupling alignment reports and guided corrections without custom integrations.
Fixturlaser
vertical specialistDedicated shaft alignment systems including NXA, GO, and ShaftAlign app-based products from ACOEM.
Live move alignment guidance that updates results while adjustments are applied, reducing guesswork between steps.
Fixturlaser’s alignment process is centered on laser sensor capture and structured inputs for machine geometry and coupling data, so the software can compute misalignment offsets and adjustment guidance. The reporting output is designed around alignment results and tolerance comparison for maintenance acceptance and later review. The workflow can run in the field with measurements recorded per job, which reduces rework when the same machine train is revisited. Live move mode helps teams measure during adjustment rather than relying only on a static before-and-after sequence.
- +Live move mode connects measurement to on-the-fly adjustment actions
- +Tolerance-focused alignment reports reduce disputes during sign-off
- +Job-based measurement capture keeps machine train history in one place
- +Exportable measurement output supports downstream documentation workflows
- –Sensor mounting accuracy and setup discipline strongly affect results
- –Advanced automation still requires technicians to follow consistent job configuration
Maintenance manager
Standardize coupling alignment documentation
Fewer report rework cycles
Millwright
Reduce iterations during adjustments
Faster convergence to tolerance
Show 1 more scenario
Reliability engineer
Track alignment drift over time
Better maintenance planning signals
Session-based results support comparisons between subsequent alignment events on the same train.
Best for: Fits when maintenance teams need live adjustment guidance with audit-ready alignment reporting.
Fluke 830 Shaft Alignment
enterpriseLaser shaft alignment tool with built-in software for corrective action guidance and reporting.
Tied tolerance evaluation in the measurement workflow that produces clear before and after alignment evidence in one run.
Fluke 830 Shaft Alignment is most distinct when used with Fluke alignment measurement hardware in a guided workflow that drives consistent coupling alignment documentation. The reporting output focuses on before and after measurement sets and includes tolerance comparisons for decision-making on whether the machine train is acceptable. It also supports measurement export for downstream review in maintenance processes.
- +Guided laser alignment workflow reduces step variance during machine train alignment
- +Tolerance-focused reporting ties measurement readings to pass or fail decisions
- +Exports measurement records for maintenance review and handoff
- +Correction planning supports documented offset adjustments between runs
- –Automation and integration depth is limited versus suites built for enterprise workflows
- –Deep governance features like RBAC and audit logs are not the focus
- –Scenario setup can slow teams standardizing templates across many machine types
- –Advanced data exchange formats are not as extensive as broader industrial software
Maintenance engineers
Pump coupling alignment with repeatable reporting
Faster pass decision during outages
Reliability engineers
Machine train health trend documentation
Better alignment recurrence control
Show 1 more scenario
Millwrights
Field alignment execution on rotating equipment
Lower rework after handoff
Runs a guided workflow that supports documenting offset corrections during alignment adjustment.
Best for: Fits when maintenance teams need guided laser alignment execution and tolerance-based reporting without deep enterprise automation.
Vibro-Laser
vertical specialistVLS laser shaft alignment systems with onboard software and reporting for industrial rotating equipment.
Vibro-Laser links vibration-informed measurement context to a laser alignment correction session for job-level traceability.
Vibro-Laser positions shaft alignment reporting around vibrometry and laser measurement workflows used during maintenance in rotating machinery. The software supports measurement capture, alignment calculation, and document-style outputs for coupling and machine train work.
- +Measurement-session workflow keeps laser and vibrometry results tied to one work package
- +Tolerance-focused reporting supports quick acceptance reviews after corrections
- +Document outputs suit maintenance documentation for machine train and coupling scope
- +Guided correction steps reduce ambiguity during on-site adjustment
- –Less automation depth for bulk alignment history than systems built for large fleets
- –Integration options for CMMS or condition monitoring are limited compared with API-first tools
- –Live-move style guidance feels more procedure-led than data-driven
- –Requires consistent operator workflow discipline to keep reports comparable across jobs
Maintenance managers
Review tolerance visualization after install
Clear acceptance evidence
Field service technicians
Execute on-site misalignment correction
Fewer return visits
Show 1 more scenario
Reliability engineers
Track coupling alignment measurement sets
Better trend visibility
Traceable session records support comparing alignment results across machine train interventions.
Best for: Fits when maintenance teams need laser measurement documentation with vibrometry context for repeated plant jobs.
Hamar Laser Instruments
vertical specialistLaser alignment systems including the S-680 and S-780 shaft alignment instruments with PinPoint software.
Job record output that preserves the measurement and correction context for later review at the same machine location.
Hamar Laser Instruments publishes shaft alignment workflow software used to capture measurement inputs, compute offsets, and guide corrective moves. The product focuses on consistent documentation for machine train alignment tasks such as coupling alignment and bore alignment, with tolerance guidance for acceptance checks.
- +Guided workflow keeps measurement, corrections, and recordkeeping in one sequence
- +Tolerance-focused output supports acceptance-style review after alignment work
- –Automation depth for enterprise integrations is limited compared with higher-ranked rivals
- –Reporting flexibility depends on the available export and template options
Workshop technicians
Capture coupling alignment measurements
Consistent alignment execution
Maintenance coordinators
Produce job documentation for baselines
Repeatable machine baselines
Show 1 more scenario
Reliability engineers
Validate bore alignment acceptance checks
Faster clearance decisions
Tolerance guidance supports acceptance review after bore alignment tasks.
Best for: Fits when maintenance teams need guided alignment documentation for recurring machine trains without heavy IT integration.
ACOEM
enterpriseLaser shaft alignment systems and condition monitoring solutions delivered under the ACOEM Reliability Solutions division.
Job-centric alignment sessions that preserve machine context for traceable reporting across multi-step alignment adjustments.
ACOEM is an engineering-focused shaft alignment software suite tied to ACOEM measurement hardware workflows. The core value is traceable alignment data handling for machine train work, including coupling alignment and documentation-ready reporting.
- +Measurement session records keep coupling alignment results tied to job context
- +Alignment tolerance configuration supports consistent acceptance criteria
- +Exportable measurement reports support maintenance documentation workflows
- +Hardware workflow alignment reduces manual transcription between steps
- –Onboarding requires careful configuration of machine and sensor workflow mapping
- –Workflow depth can slow ad hoc dial indicator method checks without prior setup
- –Reporting customization needs more process design than quick one-off templates
- –Data exchange options may depend on the installed hardware and integration path
Plant reliability teams
Standardize coupling alignment tolerances
More consistent acceptance
Maintenance leads
Run sensor workflow with documentation output
Fewer measurement mismatches
Show 1 more scenario
Engineering documentation staff
Create documentation-ready alignment records
Better record completeness
Traceable alignment data supports machine train documentation beyond manual spreadsheets.
Best for: Fits when maintenance teams standardize machine train alignment workflows and need documented results across shifts.
Erbessd Instruments
SMBVibration analysis and shaft alignment hardware with DigivibeMX software for predictive maintenance.
Guided measurement sessions that carry recorded values through calculation and document output in one workflow.
Erbessd Instruments is shaft alignment software tied to Erbessd measurement workflows for laser alignment and field reporting. It focuses on guided measurement entry, calculation of misalignment offsets, and generation of alignment documentation for machine trains.
- +Measurement-to-report workflow reduces manual transcription between runs
- +Alignment calculation outputs target misalignment offsets for corrective action
- +Export-ready run documentation supports maintenance record keeping
- +Works well with structured measurement sessions for repeatable machine trains
- –Higher setup effort for teams that must standardize many machine templates
- –Integration and automation surface are limited compared with API-first competitors
- –Reporting depth depends on what is captured during the measurement session
- –Less flexible for non-native workflows that do not match guided steps
Laser alignment technicians
Run coupling alignment with guided entry
Fewer transcription mistakes
Maintenance supervisors
Standardize shop-floor coupling procedures
More uniform alignment jobs
Show 1 more scenario
Reliability engineers
Review bore alignment documentation after runs
Clear job traceability
Alignment documentation is built around recorded runs and measured results for post-job review.
Best for: Fits when maintenance teams need repeatable alignment reporting tied to guided measurement sessions.
Pinpoint Laser Systems
vertical specialistManufacturer of laser-based shaft alignment systems with integrated measurement and reporting software.
Tolerance-focused report output that ties alignment results to the recorded measurement session.
Pinpoint Laser Systems focuses on laser shaft alignment workflows with measurement capture, reporting, and document generation centered on maintenance use. Its core capabilities include alignment computations, tolerance-driven results, and export-ready records for completed jobs. The workflow is structured around practical measurement sessions rather than general-purpose data dashboards.
- +Job records stay aligned with the steps millwrights follow during measurement
- +Reports present tolerance results in a way that fits maintenance documentation
- +Exports support sharing measurement outcomes outside the alignment session
- +Configuration choices reduce rework when repeating similar machine trains
- –API automation support is limited for systems that require deep integration
- –Advanced governance controls for multi-team administration are not prominent
Maintenance technicians
Capture laser measurement session data
Reduced manual re-entry
Maintenance managers
Review tolerance-driven results after work
Faster sign-off
Show 2 more scenarios
Maintenance documentation teams
Export records for maintenance systems
Quicker documentation handoff
Export-ready records support sharing job documentation and downstream recordkeeping.
Field service teams
Run practical alignment sessions in the field
More actionable field reports
The structured measurement session flow supports completed-job reporting rather than dashboard-only views.
Best for: Fits when maintenance teams need reliable alignment records and tolerance reporting with minimal integration demands.
Conclusion
After evaluating 10 shaft alignment software, Easy-Laser 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 Shaft Alignment Software
Shaft alignment software in this buyer's guide focuses on how laser shaft alignment measurements get turned into guided correction steps and tolerance-focused reporting for recurring machine trains. The guide covers Fixturlaser, Easy-Laser, Fluke 830 Shaft Alignment, SKF TKSA Shaft Alignment, and the remaining tools from the Top 10 list, with attention to setup constraints and reporting outcomes.
The narrative prioritizes integration depth, automation surface, and how each product preserves job context from capture through sign-off. Fixturlaser is highlighted for live move alignment guidance, while Easy-Laser emphasizes job-centered reporting tied to machine and coupling configuration.
Shaft Alignment Software that turns laser measurements into guided correction and tolerance reporting
Shaft alignment software coordinates laser alignment sessions so measurement readings connect to alignment calculations, corrected positions, and a report that records before and after evidence. Fixturlaser uses a live move alignment guidance workflow that updates results during adjustments, which reduces step-to-step guesswork between capture and correction. Easy-Laser focuses on measurement-to-report workflows that keep job context attached to machine and coupling configuration so recurring alignment documentation stays consistent.
Across the category, the practical difference comes from whether the workflow keeps technician steps and recorded session data synchronized, or whether teams must do more manual mapping before outputs become usable for maintenance manager sign-off. Products farther down the ranking tend to keep session-driven documentation and tolerance reporting as the core value, while deeper automation and enterprise governance controls receive less emphasis.
Shaft Alignment Software capabilities that decide reporting accuracy and technician throughput
Shaft alignment software changes outcomes based on whether measurement-session data drives both the correction steps and the acceptance-style report. Fixturlaser and SKF TKSA Shaft Alignment both focus on keeping measurement details structured so technicians do not translate readings by hand between capture and correction.
Live move guidance tied to tolerance judgments
Fixturlaser provides live move alignment guidance that updates results as adjustments are applied. This design connects technician actions to tolerance-focused alignment reports in the same workflow.
Job-centered reporting that preserves machine and coupling configuration
Easy-Laser ties measurement outputs to the machine and coupling configuration so recurring alignment documentation stays consistent. This keeps captured data linked to the same job context used during alignment execution.
Guided laser workflows with before-and-after evidence in one run
Fluke 830 Shaft Alignment produces tolerance-focused before and after alignment evidence inside its guided laser workflow. This reduces variability in execution while still presenting clear pass or fail style decisions.
Session-to-report document chaining with reduced transcription risk
SKF TKSA Shaft Alignment and SPM Instrument both generate reporting from the same measurement session workflow. This reduces missed steps because angular and offset inputs remain structured through documentation.
Configuration mapping depth for recurring shop workflows
ACOEM requires careful onboarding because machine and sensor workflow mapping must be set up for accurate job-context reporting across shifts. EASI and similar session-first tools keep outputs usable for recorded sessions but can be slower for ad hoc dial indicator checks.
Data export and integration readiness for maintenance records pipelines
SKF TKSA Shaft Alignment emphasizes report recordkeeping without prominent open API access for custom CMMS data flows. Vibro-Laser includes integration limits for CMMS or condition monitoring compared with API-first competitors, even when it preserves vibrometry context.
How to choose Shaft Alignment Software by workflow coupling and automation surface
The deciding question is whether the software keeps measurement-session data synchronized with the correction workflow and the sign-off report. Fixturlaser prioritizes synchronization by updating results during live adjustments, while Easy-Laser prioritizes synchronization by anchoring outputs to machine and coupling configuration.
Select based on whether live adjustment guidance drives results
Choose Fixturlaser when technicians need live move alignment guidance that updates results while adjustments are applied. Choose Fluke 830 Shaft Alignment when guided laser execution and tolerance-based before and after evidence matter more than continuous adjustment feedback.
Pick the workflow that matches how recurring jobs are templated
Choose Easy-Laser when repeatable alignment documentation is driven by job-centered reporting tied to machine and coupling configuration. Choose ACOEM when machine train alignment workflows and acceptance criteria must remain consistent across shifts, even if onboarding requires configuration mapping.
Decide how much session rigidity the shop can tolerate
Choose SPM Instrument when measurement-session documentation must remain consistent for review-ready outputs. Choose Hamar Laser Instruments when guided workflow needs to keep measurement, corrections, and recordkeeping in one sequence for later review at the same machine location without heavy IT integration.
Set integration expectations for CMMS and automation
Choose tools built around deeper automation and integration when CMMS integration requires more than exports and templates. Choose SKF TKSA Shaft Alignment when repeatable coupling alignment reports are the priority and custom CMMS data flows do not rely on open API access.
Plan for governance only if multiple teams manage templates and results
Choose Fixturlaser when technician workflows must stay consistent because live move mode reduces guesswork between steps. Choose Fluke 830 Shaft Alignment when execution guidance and tolerance evidence reduce operator step variance, with enterprise governance like RBAC and audit logs not being the focus.
Who benefits from Shaft Alignment Software built around live moves, job records, or session chaining
Maintenance teams benefit when alignment software preserves job context from capture through correction and report sign-off. The right fit depends on whether alignment staff work from live adjustment guidance, repeatable job templates, or tightly structured measurement sessions.
Maintenance engineers standardizing sign-off evidence for machine train alignment
Fixturlaser helps because live move alignment guidance updates results during adjustments and tolerance-focused reports reduce disputes at sign-off.
Reliability engineers documenting recurring machine and coupling alignment history
Easy-Laser fits because job-centered reporting keeps measurement-to-report workflow tied to machine and coupling configuration for repeatable documentation.
Millwright teams that need guided workflows with pass or fail tolerance evidence
Fluke 830 Shaft Alignment supports guided laser alignment execution that produces before and after tolerance-based evidence in one run.
Plants with multiple shifts that require consistent acceptance criteria across workflows
ACOEM matches when alignment tolerance configuration must stay consistent and machine and sensor workflow mapping is handled carefully during onboarding.
Maintenance managers assembling alignment records without heavy enterprise IT dependency
Hamar Laser Instruments fits because guided workflow keeps measurement and correction context tied to later review at the same machine location with limited enterprise integration demands.
Common mistakes when selecting or deploying Shaft Alignment Software
Many deployment failures come from mismatch between technician workflow reality and the software’s assumption about configuration mapping and session discipline. The fixes are usually procedural, because session-first tools still depend on correct hardware pairing and consistent job setup inputs.
Assuming live guidance removes all setup and sensor mounting variability
Fixturlaser live move mode connects measurement to on-the-fly adjustment actions, but sensor mounting accuracy and setup discipline still drive results. Standardize sensor mounting steps and record job configuration so live updates reflect the intended geometry.
Treating job context as an optional input for report repeatability
Easy-Laser reports become meaningful only when machine configuration mapping is consistent. Map the machine and coupling configuration once and enforce template usage so outputs remain comparable across recurring machines.
Overestimating governance and enterprise controls in guided laser tools
Fluke 830 Shaft Alignment focuses on guided execution and tolerance-focused reporting, while deep governance features like RBAC and audit logs are not the focus. If multi-team administration requires strict control, validate governance capability before rollout.
Expecting open API access for custom CMMS workflows without checking integration posture
SKF TKSA Shaft Alignment reports recurring alignment recordkeeping but shows limited evidence of open API access for custom CMMS data flows. Plan integration around exports and internal mapping where API-based provisioning is not a core capability.
How We Selected and Ranked These Tools
We evaluated Fixturlaser, Easy-Laser, Fluke 830 Shaft Alignment, SKF TKSA Shaft Alignment, and the remaining tools by measuring how tightly each product connects measurement-session inputs to correction steps and tolerance-focused outputs. Features accounted for 40% of the score, and ease and value each accounted for 30% of the score.
Fixturlaser stood out because live move alignment guidance updates results during adjustments, which reduces step-to-step guesswork between measurement and correction actions. Fixturlaser also earned higher scores when tolerance-focused alignment reports support cleaner technician sign-off evidence from the same session rather than from translated readings.
Frequently Asked Questions About Shaft Alignment Software
How does Fixturlaser handle live move alignment compared with Easy-Laser job reporting?
Which software tools connect alignment reports to a measurement session without rebuilding spreadsheets?
When do thermal growth compensation and soft foot correction show up in shaft alignment software workflows?
What breaks if a team needs consistent alignment across shifts without tight machine model setup?
How do reporting formats differ between Fluke 830 and ACOEM for before-and-after evidence?
Which tools produce exports suitable for maintenance documentation without requiring deep enterprise API work?
How do administrators control configuration and auditability when multiple technicians share the same alignment workflow?
When does wireless or Bluetooth sensor connectivity matter for laser alignment software workflows?
What tradeoff appears when a tool focuses on laser alignment execution guidance rather than enterprise data integration?
Tools reviewed
Primary sources checked during evaluation.
Referenced in the comparison table and product reviews above.
Funding and competing interests
This study was co-funded by several of the vendors assessed in it. No single vendor funded it. Funders could propose the market studied.
They had no role in selecting vendors, setting or weighting criteria, analysing data or drawing conclusions, and they received the same factual-accuracy check as every other vendor assessed.
Market definition, inclusion rules and criteria weights were fixed by an editor before research began and did not change afterwards. Editorial process →
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