GITNUXSOFTWARE REVIEW
MediaTop 10 Best Rip and Print Software of 2026
A roundup of top rip and print software tools, comparing options for print shops, designers, and workflow planning around FilmMaker RIP and others.
How we ranked these tools
Vendors set the topic, but our editors set the inclusion criteria and the evaluation framework before research starts.
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Framework: Features 40% · Ease 30% · Value 30%
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FilmMaker RIP is the best pick for film print shops that want repeatable batch RIP and print-and-cut output because its integrated contour generation keeps ties cutting paths locked to the same job configuration, while Wasatch SoftRIP is the better enterprise choice for recurring wide-format color consistency since RIP-once-print-many lets teams reuse stable raster output across spools.
Editor’s top 3 picks
Three quick recommendations before you dive into the full comparison below — each one leads on a different dimension.
FilmMaker RIP
Integrated contour generation for print-and-cut ties cutting paths to the same output configuration used for raster imaging.
Best for: Fits when print shops need repeatable batch RIP and print-and-cut output without custom integration.
Wasatch SoftRIP
Editor pickRIP-once-print-many rendering lets teams reuse the same raster output across repeated spools with stable device settings.
Best for: Fits when production teams need controlled raster output and color consistency across recurring print runs.
Avery Dennison RIP and Print
Editor pickPrint-and-cut output coordination that keeps contour and print alignment tied to Avery Dennison production conventions.
Best for: Fits when Avery Dennison material workflows and print-and-cut finishing are already standardized in production.
Comparison Table
FilmMaker RIP
vertical specialistRIP software for film printing with inkjet printers.
Integrated contour generation for print-and-cut ties cutting paths to the same output configuration used for raster imaging.
FilmMaker RIP is designed around RIP-once-print-many workflows by generating printer-specific raster output and then managing that output through a job queue. It supports print-and-cut by producing cut contour instructions aligned to the same job settings used for imaging. The software’s configuration focuses on device profiles, resolution selection, and output modes to reduce per-job manual tuning.
A key tradeoff is that advanced automation relies on file-based job ingestion and configuration consistency rather than a deep bidirectional API for live orchestration. FilmMaker RIP fits best when production teams need reliable batch processing of recurring designs into the same print and contour rules, especially for short-run signage and labels.
- +Print-and-cut output keeps contour alignment tied to the same job settings
- +Batch processing and queuing support unattended production runs
- +Device-driven color and media configuration reduces per-job rework
- +Consistent output settings help maintain repeatability across runs
- –API depth for orchestration is limited compared with enterprise job platforms
- –Automation quality depends on maintaining consistent hot folder input rules
- –Fine control for rare press modes can require more setup work
Print production operators
Batch signage prints with cutlines
Fewer remakes from alignment drift
Wide-format print shops
Same artwork across multiple substrates
More stable output across runs
Show 1 more scenario
Label converters
Short runs with repeatable rules
Higher throughput with less touch time
File-based ingestion produces controlled output modes for high-throughput label and sheet work.
Best for: Fits when print shops need repeatable batch RIP and print-and-cut output without custom integration.
Wasatch SoftRIP
enterpriseRIP software for wide-format digital printing.
RIP-once-print-many rendering lets teams reuse the same raster output across repeated spools with stable device settings.
Wasatch SoftRIP fits shops running wide-format or specialty workflows that need consistent color and predictable throughput across multiple printer models. The software focuses on RIP-once-print-many reuse patterns, where a rendered raster output can be spooled repeatedly to the same device configuration. It also supports job ingestion approaches like hot folders for unattended processing and job ticket workflows for repeatable automation. Color handling centers on ICC profile usage, linearization, and calibration-target driven tuning to keep output consistent across substrates.
A key tradeoff is that operator success depends on upfront calibration, profile management, and device configuration discipline for each printer and media combination. The software works best for teams that already manage color targets and maintain a repeatable profile library, not for one-off printing with frequently changing materials. A common usage situation is a production queue that receives files overnight, renders raster in a controlled RIP environment, and spools to printers with defined media settings.
- +Hot folder style automation supports unattended batch rendering and spooling
- +RIP-once-print-many output reduces rerender time across repeated runs
- +Color management uses ICC profiles and linearization for consistent results
- +Large-format output supports tiling for posters and step-and-repeat work
- –Initial device and media setup takes more configuration time than basic RIP tools
- –Workflow automation still benefits from strong file naming and job parameter discipline
Wide-format production managers
Overnight queue spooling for poster runs
Lower operator intervention
Prepress color specialists
Substrate-specific calibration and profiling
More predictable color
Show 1 more scenario
Print shops scaling throughput
Repeat jobs across multiple printers
Faster repeat production
RIP-once-print-many patterns reuse raster output to reduce repeated rendering time.
Best for: Fits when production teams need controlled raster output and color consistency across recurring print runs.
Avery Dennison RIP and Print
vertical specialistRIP and print workflow software tailored to sign and graphics production needs.
Print-and-cut output coordination that keeps contour and print alignment tied to Avery Dennison production conventions.
Avery Dennison RIP and Print targets production print environments that already revolve around Avery Dennison graphics workflows. The tool focuses on raster image processing for wide-format output with color handling through a managed media and profile library.
Core capabilities include RIP execution for print jobs, queue-based processing, and print-and-cut oriented output where cut contours must match the printed artwork. It is distinct because the RIP and print stack is positioned around Avery Dennison material and production conventions rather than a generic file-to-printer workflow.
- +Media and profile selection aligns with Avery Dennison material workflows
- +Queue-based job execution supports batch production runs
- +Print-and-cut oriented output supports contour registration needs
- +Wide-format raster handling fits graphics production signage use
- –Integration options for non-Avery workflows are limited
- –Advanced automation and API surface are not clearly positioned for orchestration
- –Setup discipline is required to keep profiles and cut settings consistent
- –Textile or DTF specific preprocessing workflows are not its main strength
Wide-format print operators
Queue recurring wide-format output jobs
More consistent queued raster output
High-volume print production teams
Reuse presets for batch runs
Lower operator variation
Show 2 more scenarios
Sign makers and plotter operators
Generate aligned print-and-cut graphics
Coordinated print and cut
Produce decals and lettering where cut contours match printed artwork for fewer alignment steps.
Color managers and print technicians
Manage media profiles for matching
More repeatable color
Use the managed media and profile library to support color handling across printer-media combinations.
Best for: Fits when Avery Dennison material workflows and print-and-cut finishing are already standardized in production.
Onyx RIP
enterpriseRIP software for wide-format print production.
Print-and-cut integration that ties contour handling to the RIP job so raster output and cutting paths stay synchronized.
Onyx RIP from Onyx GFX is a wide-format RIP built for print-and-cut and production throughput, with an orchestration layer that connects layout, color management, and device output. The software supports queue management for hot-folder style workflows and provides printer-specific configuration for repeatable output across sessions.
- +Strong print-and-cut workflow support with controllable cut contour generation
- +Queue management supports batch throughput with predictable device spooling behavior
- +ICC-based color workflow aligns with controlled media and calibration practices
- +Device and media configuration enables repeatable raster output across similar runs
- –Requires setup discipline to keep media profiles and device presets consistent
- –Textile and specialty workflows need tighter configuration than general graphics printing
Wide-format print operators
Render and queue recurring wide-format jobs
More consistent raster output
High-volume print production teams
Run batches with shared presets
Lower operator variation
Show 2 more scenarios
Sign makers and plotter operators
Prepare print-and-cut decals and lettering
Fewer manual alignment steps
Generate contour and cut paths so plotter cutting aligns with printed shapes for vehicle graphics and decals.
Color managers and print technicians
Match output using ICC profiles
More repeatable color
Create and manage ICC-based media profiles and compare results for repeatable production color.
Best for: Fits when print shops need consistent wide-format RIP output with print-and-cut control and file-based automation.
Caldera RIP
enterpriseRIP software for wide-format and textile printing.
Integrated print-and-cut coordination that carries contour data to cutting while preserving print positioning.
Caldera RIP performs raster image processing and drives print queues for wide-format and specialty workflows. It centers on color management with a profiling and calibration workflow that supports ICC-based output and predictable production across repeated jobs.
- +Color workflow produces repeatable output using ICC profiles and calibration targets
- +Hot folder and queue-driven printing reduce operator actions between jobs
- +Print-and-cut workflows can coordinate cut contours with print registration
- +Extensible driver and workflow configuration support varied wide-format devices
- –Requires careful setup of color profiles and media parameters to avoid drift
- –Automation depends on consistent job ticket fields and naming conventions
- –Some advanced tuning options take time to learn for stable production
- –Higher throughput scenarios demand deliberate queue and resource configuration
Print-and-cut production operators
Coordinate printing and cutter execution
Fewer disconnected steps
High-volume print operations
Reuse queue and output settings
Less recalculation
Show 2 more scenarios
Vehicle wrap and decal shops
Produce calibrated wrap print-and-cut jobs
More repeatable output
Process raster and vector wrap artwork for coated vinyl so print and cut stay coordinated.
Wide-format print production teams
Manage daily mixed jobs across devices
More controlled throughput
Control throughput by managing mixed printers, media types, and output settings in production queues.
Best for: Fits when production teams need controlled color output and queue automation for wide-format print-and-cut jobs.
PrintFab
SMBRIP software with advanced color management for inkjet printers.
Print-and-cut output ties contour paths to the same job settings used for raster print preparation.
PrintFab’s core workflow starts with importing artwork, applying sizing and layout controls, and then producing rasterized output for the RIP stage. Color handling is driven by selectable substrate and ICC profile inputs, which keeps repeated runs consistent across the same media type. Job preparation includes queue management so multiple print requests can be staged without manual re-entry of settings.
- +Queue-based job preparation reduces repeated setup across runs
- +Media and ICC profile selection supports consistent color on repeat jobs
- +Integrated cut path output supports print-and-cut alignment workflows
- +Layout controls cover common scaling and tiling needs for production
- –Advanced job ticket interoperability depends on the input workflow format
- –Tuning for atypical device behaviors requires more configuration discipline
Print production operators
Queue multiple graphics with consistent settings
Fewer setup errors per batch
Prepress teams
Prepare raster output from artwork sets
More predictable throughput
Show 1 more scenario
Sign and graphics shops
Run coordinated print-and-cut stickers
Improved registration consistency
Cut contour output is generated from the same job configuration used for the printed artwork.
Best for: Fits when shops need automated print-and-cut job staging with consistent media-driven color and layout.
KODAK PRINERGY
enterprisePrepress workflow software with RIP capabilities for commercial print production.
Print-and-finish orchestration that keeps a single governed job ticket behavior across RIP, press, and contour-cut steps.
KODAK PRINERGY is a prepress workflow suite used to prepare rasterized print jobs for production across managed presses and finishing devices. It centers on job orchestration that turns incoming print-ready files into RIP and downstream print-and-cut deliverables.
- +Governed job submission with traceable job ticket behavior from ingest to output
- +Strong print workflow integration for managed press and finishing steps
- +Repeatable color and media configuration to reduce variability across shifts
- +Batch handling for high-volume production queues and scheduled processing
- –Workflow configuration requires disciplined administration and studio-standard onboarding
- –Limited self-service for operators who need deep help outside the standard path
- –Output scope depends on site-installed components and supported device profiles
- –Advanced tuning for throughput can add operational overhead in busy plants
High-volume commercial print operations
Handle recurring brochures with rules
Less operator variation
Print plant and CTP managers
Plan plate output across operations
More predictable plate output
Show 2 more scenarios
CTP operators and production teams
Gate jobs before downstream plate output
Fewer preventable failures
Hold jobs until preflight, normalization, approvals, and production-readiness checks finish.
Multi-process print providers
Coordinate digital and offset output controls
More consistent handoffs
Apply structured prepress processing and output controls across different production environments.
Best for: Fits when production print operations need governed RIP output and consistent print-and-finish routing.
Raster Image Processor by ColorGATE
enterpriseProduction RIP software for large-format, industrial, and textile printing workflows.
ColorGATE-driven render configuration applies repeatable screening and color handling rules during raster creation.
Raster Image Processor by ColorGATE performs RIP and raster processing for print workflows that depend on consistent color handling and repeatable output. It focuses on translating print data into device-ready rasters while applying ColorGATE’s color management configuration and screening behavior.
- +Color management configuration stays consistent across raster generation
- +Screening and rendering controls support repeatable print appearance
- +Job processing pipeline supports steady production throughput
- +Works well as a governed step inside an existing print automation flow
- –Workflow setup requires careful mapping of profiles to incoming jobs
- –Advanced print render tuning takes time to learn and document
- –Limited cut-oriented job structures compared with print-and-cut specific systems
- –Printer and media variance can demand frequent profile maintenance
Print workflow production teams
Render device-ready rasters with color control
Repeatable color output
High-throughput print operators
Handle jobs through controlled render pipeline
Predictable production handling
Best for: Fits when production teams need controlled raster output with consistent color behavior in established print queues.
SAi Flexi
SMBRIP and design software for sign and print shops.
Rule-based production presets that keep print, tiling, and contour settings locked for consistent reprints across queues.
SAi Flexi is RIP and print software aimed at production workflows where prepress automation and controlled output matter. It combines a raster image processor workflow with print layout, step-and-repeat, and production queue handling for repeatable banner, label, and signage jobs.
- +Production templates keep step-and-repeat settings consistent across batches
- +Queue processing supports unattended runs with predictable render configuration
- +Print-and-cut workflows include configurable contour output settings
- +Color workflow includes media and profile assignment for device-specific output
- –Workflow setup requires careful configuration of device and media profiles
- –Automation coverage can depend on integrations for advanced submission paths
Wide-format print operators
Layout and nest large-format print jobs
More controlled print output
Vehicle wrap production teams
Prepare vehicle graphics for print-and-cut
Editable wrap layouts
Show 2 more scenarios
High-volume sign and graphics teams
Batch organize print, cut, and finishing jobs
More predictable throughput
Use templates and standardized output settings to organize recurring batches across print, cut, and finishing.
Operators processing client artwork
Clean imported artwork for cutting
Cleaner cut files
Fix common vector or CAD issues in node, curve, and path geometry before output.
Best for: Fits when print shops need repeatable RIP renders with standardized batch settings and controlled print-and-cut output.
RIP Center by Mutoh
enterpriseRIP software bundled with Mutoh wide-format printers.
Mutoh-specific job processing integration that maps device expectations into repeatable print queue runs.
RIP Center by Mutoh is positioned around Mutoh printer integration and management rather than a generic RIP workflow. It focuses on producing print-ready raster output from design files while coordinating queue-based job handling for wide-format production environments.
- +Tight fit for Mutoh printer workflows and output conventions
- +Queue-driven job handling reduces operator babysitting during runs
- +Repeatable media and output configuration supports production consistency
- +Network spooling model fits shared repro and printroom setups
- –Automation and extensibility depth is weaker than RIP-first orchestration tools
- –Integration depth is most compelling with Mutoh-centric printer deployments
- –More advanced production controls require careful setup discipline
- –Limited flexibility for mixed-vendor fleet operations versus broader RIP options
Wide-format production operators
Prepare print-ready raster output
Consistent device-ready output
Network spool workflow teams
Run queue-based jobs across printers
Reliable repeatable settings
Best for: Fits when a printroom standardizes on Mutoh hardware and needs controlled job queue handling.
Conclusion
After evaluating 10 rip and print software, FilmMaker RIP 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 Rip and Print Software
Rip and print software takes design inputs and turns them into device-ready raster jobs, then coordinates print-and-cut outputs when contour cutting is part of the order. This guide covers FilmMaker RIP, Wasatch SoftRIP, PrintFab, Onyx RIP, Caldera RIP, SAi Flexi, RIP Center by Mutoh, KODAK PRINERGY, Raster Image Processor by ColorGATE, and Avery Dennison RIP and Print.
The tools differ most in how they build and carry job state across stages like raster creation, queue management, and contour generation. FilmMaker RIP and Onyx RIP, for example, emphasize synchronized print-and-cut output tied to the same job settings, while Wasatch SoftRIP focuses on RIP-once-print-many reuse of stable raster output.
Rip and Print Software for queue-driven raster rendering and print-and-cut coordination
Rip and print software controls the raster image processor pipeline, including vector-to-raster conversion, screening and dithering behavior, and device-specific print configuration that operators can repeat across runs. It also manages output staging through hot folder style submission, queue management, and batch processing so printers can run with consistent job parameters.
Print-and-cut workflows add another layer by carrying contour data into the cutting step while preserving print positioning and job alignment rules. FilmMaker RIP and PrintFab both tie contour generation to the same output configuration used for raster imaging, while Wasatch SoftRIP focuses on RIP-once-print-many to reduce rerender time when teams spool the same raster repeatedly with stable device settings.
Rip and Print Software features that determine throughput and repeatability
Queue-driven raster rendering matters because operators need predictable output behavior when jobs run unattended through hot folder style submission and spoolers.
Print-and-cut coordination matters because the RIP must carry contour alignment rules into cutting without letting contour placement drift from the raster print stage.
Print-and-cut contour coupling tied to the same job settings
FilmMaker RIP ties cutting path generation to the same output configuration used for raster imaging. Onyx RIP also synchronizes contour handling to the RIP job so raster output and cutting paths stay synchronized.
Queue management with batch throughput behavior
FilmMaker RIP provides batch processing and queuing support for unattended production runs with predictable output alignment. PrintFab focuses on queue-based job preparation that reduces repeated setup across runs.
RIP-once-print-many for reuse of stable raster output
Wasatch SoftRIP uses RIP-once-print-many rendering so teams reuse the same raster output across repeated spools with stable device settings. SAi Flexi emphasizes rule-based production presets that keep print, tiling, and contour settings locked for consistent reprints across queues.
Color workflow repeatability using ICC profiles and calibration inputs
Caldera RIP produces repeatable output through ICC profile use and calibration target driven color workflow. Raster Image Processor by ColorGATE applies repeatable screening and color handling rules during raster creation so raster output stays consistent in established print queues.
Governed job ticket behavior across multiple production steps
KODAK PRINERGY keeps a governed job ticket behavior across RIP, press, and contour-cut steps for managed print-and-finish routing. RIP Center by Mutoh maps Mutoh-specific job processing into repeatable print queue runs for standardized printer operations.
How to choose Rip and Print Software by workflow state handling and automation depth
First choose how job state travels from raster creation to cutting and finishing. FilmMaker RIP and PrintFab both tie contour paths to raster preparation rules, while KODAK PRINERGY focuses on governed job ticket behavior across multiple production steps.
Next choose whether the plant needs raster reuse and standardized reprint settings. Wasatch SoftRIP is built for RIP-once-print-many spooling of stable raster output, while SAi Flexi uses production templates to keep tiling and contour settings locked across batch queues.
Map the workflow stage where contour alignment must be controlled
If contour paths must stay synchronized with the exact raster output configuration, prioritize FilmMaker RIP or Onyx RIP because both couple contour handling to the same RIP job settings. If contour and print routing must behave as one governed job across finishing steps, prioritize KODAK PRINERGY because its job ticket behavior stays traceable from ingest through output.
Decide between raster reuse versus re-render on each queue run
If the same artwork needs repeated spooling with stable device settings, use Wasatch SoftRIP because RIP-once-print-many reduces rerender time. If repeatability comes from locked production presets and standardized batching, use SAi Flexi because its production templates keep step-and-repeat settings consistent across batches.
Evaluate how batch submission rules affect unattended operation
If a hot folder style input ruleset must drive consistent unattended output, choose FilmMaker RIP or Caldera RIP because both run queue-driven printing with reduced operator actions between jobs. If queue-based staging must minimize repeated setup while remaining media and ICC profile driven, choose PrintFab because its queue preparation focuses on media-driven color and layout consistency.
Check whether automation depends on job ticket discipline or on vendor integration
If operations can enforce consistent file naming and job parameter fields, Wasatch SoftRIP supports automation that benefits from that discipline. If the shop expects weaker self-service or wants tighter hardware-centered orchestration, RIP Center by Mutoh is tailored for Mutoh-centric printer deployments.
Assess color pipeline repeatability requirements per media and device
If the shop needs calibration target driven color workflows with ICC profile repeatability, choose Caldera RIP because it emphasizes that repeatable color workflow. If the shop needs screening and rendering controls that stay consistent during raster creation, choose Raster Image Processor by ColorGATE because it applies repeatable screening and color handling rules.
Who benefits from Rip and Print Software tuned for queue automation and synchronized outputs
Print shops benefit most when the RIP keeps a single source of truth for render settings across queue runs and when contour paths stay aligned to the raster print stage. Tools that tie contour generation to the same output configuration reduce rework when print-and-cut jobs run repeatedly.
Production teams also benefit when the software reduces rerender cycles and keeps color behavior stable across media presets. Systems built for RIP-once-print-many and template-based production presets support consistent throughput when operators must execute jobs with limited babysitting.
Wide-format print-and-cut shops that run batch orders with strict contour alignment
FilmMaker RIP and PrintFab tie contour generation to the same output configuration used for raster imaging so cut placement stays aligned during repeat runs.
Teams that repeatedly print the same raster set across multiple spools or shift schedules
Wasatch SoftRIP fits environments where raster reuse matters because RIP-once-print-many keeps stable device settings across repeated spools.
Studios that standardize around one printer ecosystem and want queue handling to match it
RIP Center by Mutoh is a better fit when Mutoh printer workflows and output conventions are the production standard because integration depth is most compelling with Mutoh-centric deployments.
Print operations that route jobs through RIP, press, and finishing under one governed ticket
KODAK PRINERGY fits governed print-and-finish routing because it keeps traceable job ticket behavior across ingest, RIP, press, and contour-cut steps.
Common Rip and Print Software pitfalls that cause output drift or failed automation
The first pitfall is treating contour cutting as an afterthought separated from raster configuration. Tools like FilmMaker RIP and Onyx RIP reduce drift by tying contour handling to the same RIP job settings, while systems without that coupling typically force manual alignment checks during production.
The second pitfall is letting automation succeed only in controlled conditions. If hot folder rules, device presets, and media profiles are not kept consistent, even queue-based systems can produce raster and cut misalignment or color drift across repeat jobs.
Running print-and-cut jobs with contour settings not locked to the same RIP job configuration.
Use FilmMaker RIP or Onyx RIP to keep cutting paths synchronized with raster output so contour alignment follows the same job settings used for raster imaging.
Assuming raster reuse will work without disciplined device and media preset stability.
When using Wasatch SoftRIP RIP-once-print-many, keep device settings and media parameters stable across spools so the reused raster remains valid.
Overlooking color workflow drift caused by inconsistent ICC profile and media parameter handling.
For Caldera RIP workflows, treat ICC profiles and media parameters as part of the queue automation rules so repeat jobs do not drift.
Expecting advanced orchestration depth without validating automation hooks for the shop’s pipeline.
FilmMaker RIP can deliver unattended batch RIP and queue behavior, but its API depth for orchestration is limited compared with enterprise job platforms.
How We Selected and Ranked These Tools
We evaluated FilmMaker RIP, Wasatch SoftRIP, PrintFab, Onyx RIP, Caldera RIP, SAi Flexi, RIP Center by Mutoh, KODAK PRINERGY, Raster Image Processor by ColorGATE, and Avery Dennison RIP and Print against feature coverage, operational automation fit, and ease of running batch workflows. Features counted for 40% of the score because queue management, print-and-cut coupling, and raster reuse capabilities show up directly in day-to-day throughput.
Ease and value each counted for 30% because unattended production depends on how much setup discipline is required for device presets, media parameters, and job submission rules. FilmMaker RIP earned the top position because its integrated contour generation keeps cutting paths tied to the same output configuration used for raster imaging while also supporting batch processing and queuing for unattended production runs.
Frequently Asked Questions About Rip and Print Software
How does Print Conductor compare with Fiery JobFlow for coordinating RIP output and downstream finishing?
Which tool supports RIP-once-print-many so identical raster output can be reused across repeated runs?
How do hot folder style workflows differ between FilmMaker RIP and PrintFab for batch ingestion?
What breaks if print-and-cut contours are generated outside the RIP job context in Onyx Thrive-style workflows?
Which software is a better fit for queue management with network spooling in wide-format production, Onyx RIP or Wasatch SoftRIP?
How does data migration work when moving existing color and media configurations into Caldera RIP versus Raster Image Processor by ColorGATE?
Which tool offers stronger admin controls for production governance, KODAK PRINERGY or Avery Dennison RIP and Print?
How does SSO and security administration differ between enterprise prepress suites like KODAK PRINERGY and workstation-first tools like SAi Flexi?
What tradeoff appears when teams switch from PrintFab’s automated print-and-cut staging to FilmMaker RIP’s integrated contour generation?
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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