GITNUXSOFTWARE ADVICE
Manufacturing EngineeringTop 9 Best Resin Printing Software of 2026
Compare resin printing software options for SLA and DLP workflows, including Zortrax Z-Suite, Asiga Composer, and Chitubox. Review fit and tradeoffs.
How we ranked these tools
Vendors set the topic, but our editors set the inclusion criteria and the evaluation framework before research starts.
Agents extract product evidence with provenance, then collect written reviews and transcribe video reviews and podcasts.
Framework: Features 40% · Ease 30% · Value 30%
Gitnux may earn a commission through links on this page — this does not influence rankings. Editorial policy
Zortrax Z-Suite is the best overall choice for teams standardizing Zortrax resin profiles because its Zortrax-native support generation is tuned for resin curing and peel behavior, making batches more repeatable, whereas Asiga Composer fits SLA print teams at work since its preparation pipeline ties support, hollowing with drainage, and exposure tuning into one repeatable flow.
Editor’s top 3 picks
Three quick recommendations before you dive into the full comparison below — each one leads on a different dimension.
Zortrax Z-Suite
Zortrax-native support generation tuned to resin curing and peel behavior for reliable support placement.
Best for: Fits when teams standardize Zortrax resin profiles and need repeatable batches with controlled support behavior.
Asiga Composer
Editor pickAsiga print preparation workflow ties support generation, hollowing with drainage, and exposure tuning into one repeatable pipeline.
Best for: Fits when SLA print teams standardize resin profiles and need repeatable supports and hollowing.
Chitubox
Editor pickEditing support placement at the parameter level to control contact behavior and reduce failure-prone overhang coverage.
Best for: Fits when a lab needs repeatable GUI-driven resin profiles and fine support placement.
Comparison Table
Zortrax Z-Suite
vertical specialistProprietary slicing and management software for Zortrax resin and filament 3D printers.
Zortrax-native support generation tuned to resin curing and peel behavior for reliable support placement.
Zortrax Z-Suite provides a full print preparation flow from mesh repair and hollowing checks to support placement, raft generation, and slice preview. Support generation includes tip and density behavior that influences peel resistance and support removal workload after curing. Layer exposure time and bottom exposure handling are exposed in a way that keeps the exposure compensation and calibration grid workflow practical for resin profile iteration.
A tradeoff exists in workflow fit for non-Zortrax printers because Z-Suite’s export format and calibration expectations are tied to its own printing pipeline rather than a generic photon export path. Z-Suite fits best when a lab already standardizes on Zortrax resin profiles and wants consistent lift and retract tuning across many batch runs.
- +Support generation produces predictable tip coverage for varied models
- +Profile-based print parameter reuse speeds batch preparation
- +Slice preview ties lift and exposure timing to visible layer behavior
- +Hollowing and drain hole workflow reduces trapped resin risk
- –Export compatibility is narrower than software focused on multiple SLA ecosystems
- –Mesh repair and orientation tools require more manual checks for complex parts
Production technicians
Batch printing identical enclosures
Lower remake rate
Mechanical engineers
Tolerance test coupons
More consistent measurements
Show 2 more scenarios
Lab managers
Hollowing for high-viscosity resins
Faster post-processing
Hollow model and drain hole planning helps reduce trapped resin after cure.
Service bureau operators
Job preparation with controlled waste
Tighter material planning
Resin consumption estimates and preview improve planning for medium-volume quoting.
Best for: Fits when teams standardize Zortrax resin profiles and need repeatable batches with controlled support behavior.
Asiga Composer
enterpriseOfficial slicer and build preparation software for Asiga DLP resin printers used in dental and jewelry markets.
Asiga print preparation workflow ties support generation, hollowing with drainage, and exposure tuning into one repeatable pipeline.
Composer handles standard SLA preparation steps such as mesh repair, model orientation, slicing, and print preview in a single preparation flow. Support generation includes tunable densities and tip geometry, and it offers hollowing with drainage inputs for part longevity in resin vats. Exposure calibration workflows are supported through explicit control of layer exposure settings and related compensation knobs, which matters for repeatability across resins and printer setups.
Tradeoff: Composer’s strongest fit is when the target device is an Asiga SLA printer with its expected data path and output expectations. Composer is also a better match for teams running consistent print profiles than for one-off experimentation with multiple printer firmware protocols. Usage situation: a lab standardizes support styles and hollowing defaults per resin profile to reduce failures during long build runs.
- +Support controls expose density and tip geometry for predictable removal
- +Hollowing and drainage options target resin draining and part integrity
- +Slice preview includes print time and resin usage estimates
- +Exposure parameter editing supports per resin and calibration workflows
- –Workflow bias toward Asiga hardware reduces cross-printer portability
- –Advanced tuning requires more parameter literacy than basic slicers
- –Grayscale style features are limited compared with niche resin workflows
- –Some printer-specific output expectations narrow compatibility for mixed fleets
Prototyping engineering teams
Tuning supports for fragile parts
Fewer failures on thin features
Dental and medical labs
Hollowing with drain placement
More consistent wash and cure
Show 2 more scenarios
Material R&D groups
Exposure calibration per resin
Faster optimization cycles
Teams iterate layer exposure and related calibration parameters while keeping supports and orientation consistent.
Operations in small labs
Profile-driven production printing
Higher batch yield
Operators reuse exposure and support settings across jobs to stabilize throughput and reduce operator variance.
Best for: Fits when SLA print teams standardize resin profiles and need repeatable supports and hollowing.
Chitubox
vertical specialistWidely adopted slicer for LCD, DLP, and SLA resin printers with auto-support generation and hollowing tools.
Editing support placement at the parameter level to control contact behavior and reduce failure-prone overhang coverage.
Chitubox targets SLA printing workflows with a slice-to-photon-file pipeline built around printer profiles, resin parameters, and model prep steps. It provides a full set of controls for hollowing, orientation, and support generation, including editable support parameters that affect contact size and placement.
The slicing output includes a print time and resin consumption estimate, plus a slice preview that helps validate layer exposure and build-plate adhesion behavior. The software is most distinct for its deep, GUI-driven control over resin profile tuning and support placement before exporting the printer-specific file format.
- +GUI controls for hollowing and drain placement to reduce trapped resin risk
- +Extensive support parameter editing for tip size, density, and placement behavior
- +Slice preview with layer-by-layer inspection for exposure and transition layer checks
- +Per-printer profile handling for build volume and output generation consistency
- –Workflow changes can require manual profile tuning across printers
- –Support results can need iterative calibration for dimensional accuracy
- –Model repair coverage is narrower than repair-first mesh workflows
- –Automation and API access are limited for headless or queued production use
Educators and learners
Compare slicing settings effects
Practical setting experimentation
Resin print operators
Prepare printer-ready resin jobs
Printer-ready sliced job
Show 2 more scenarios
Miniature makers
Tune supports for overhangs
Tailored support layout
Edit support parameters to control contact placement and behavior for detailed visible surfaces and overhangs.
Print shops and makers
Layout multi-model build plates
Combined plate layout
Position several parts on the build plate and slice them together for a shared review and export step.
Best for: Fits when a lab needs repeatable GUI-driven resin profiles and fine support placement.
3D Sprint
enterprise3D Systems' build preparation and slicing software for their SLA and DLP resin printer product lines.
Profile-driven slice preparation with built-in preview and resin consumption and print time estimates.
3D Sprint supports SLA resin profiles with configurable layer exposure time, bottom exposure, and transition layering inputs that map directly to resin vat behavior and curing depth. The slicing workflow includes slice preview and print time and resin consumption estimates, which can be used before export to catch obvious orientation and hollowing mistakes. Mesh repair and hollowing options help keep models printable, and support controls cover generation plus thickness and density-style tuning. For environments that need consistent settings across repeated builds, the profile workflow reduces per-job retyping of exposure parameters.
- +Integrated resin profile editing with repeatable layer and bottom exposure controls
- +Slice preview and estimates catch orientation and hollowing issues before export
- +Support generation and drain hole oriented hollowing workflow reduces cleanup loops
- +Mesh repair and model prep tools keep export-ready output moving
- –Limited depth for grayscale compensation curves versus calibration-centric tools
- –Fewer advanced controls for pixel grid alignment and exposure compensation tuning
Production print operators
Repeatable prep across daily resin runs
Less operator variability between jobs
Engineering prototyping teams
SLA hollow parts with drain holes
Lower failure rate from pooling
Show 1 more scenario
Model prep specialists
Mesh repair and export-ready outputs
Fewer manual re-mesh cycles
Mesh repair tools help correct common model defects before export.
Best for: Fits when operations teams need repeatable SLA resin prints with controlled exposure settings and consistent prep.
Anycubic Photon Workshop
SMBProprietary slicer bundled with Anycubic Photon-series resin printers for slicing and support generation.
Photon file generation paired with a printer-ready parameter set for bottom exposure and transition layers.
Anycubic Photon Workshop targets SLA users who print through a Photon file workflow and need a repeatable resin profile setup for a monochrome lcd exposure pipeline. It provides slice preview with print time and resin consumption estimates, plus exposure parameter editing for layer exposure, bottom exposure, and transition layers.
- +Photon file output supports a simple slicer to printer workflow
- +Slice preview reports print time and resin consumption estimates
- +Mesh repair tools cover common model readiness gaps
- +Exposure parameter editing supports bottom exposure and transition layers
- –Support generation control is limited compared with more configurable slicers
- –Calibration feedback is indirect because exposure results are not modeled
- –Hollowing and drain hole placement assistance can be manual heavy
- –Automation hooks and API access for batch slicing are not exposed
Resin printing operators
Hollow and add drainage steps
Practical resin drainage
Anycubic printer owners
Export jobs for compatible devices
Printer-ready resin file
Show 2 more scenarios
Small print shops
Batch parts onto one plate
Consolidated batch job
Arrange multiple or repeated parts on a single plate using shared printer and resin settings.
Print technicians
Tune exposure and lift timing
More consistent exposure
Run exposure-oriented tests and edit layer, bottom-layer, lift, and timing parameters for consistency.
Best for: Fits when a small team needs consistent Photon-file slicing, preview estimates, and basic model repair without custom automation.
3DPrinterOS
enterpriseCloud-based print management platform offering remote monitoring and queue management for resin printers.
Centralized print queue and device-managed job delivery for SLA printers across a network.
3DPrinterOS runs resin print workflows around device-managed job control rather than only slicer-side settings. It supports printing via file delivery and queue management into networked hardware, which keeps exposure time changes tied to a controlled print plan.
- +Centralized queue management across multiple networked printers
- +Device-aware job handling reduces manual file transfer steps
- +Workflow estimates support planning for resin consumption and runtime
- +Admin oversight is stronger than slicer-only resin workflows
- –Resin-specific tuning stays limited compared with SLA-focused slicers
- –Advanced validation like detailed exposure compensation curves is not its focus
- –Support generation coverage depends on slicer output rather than native algorithms
- –Printer firmware and transport compatibility can restrict automation depth
Engineering teams
Queue SLA batches centrally
Centralized execution workflow
Service bureaus
Manage printers across locations
Shared visibility for sites
Show 2 more scenarios
Production operators
Monitor unattended builds
Issue detection without onsite checks
Track remote printer status and job progress during distributed or unattended production runs.
Printing operations teams
Run a multi-printer queue
Coordinated job dispatch
Coordinate submissions and printer assignments for resin printing using one coordinated workflow.
Best for: Fits when teams need controlled resin print queueing and device governance for SLA printers.
VoxelDance
vertical specialistResin slicer offering a consumer product called Tango and an industrial tier for production environments.
Reusable resin-profile driven export ties exposure time calibration settings to lift, retract, and support parameters in one configuration set.
VoxelDance runs a resin-print workflow that prepares photon-file exports from CAD or mesh models with slicer-driven support and orientation decisions. The tool pairs slice-preview reporting with resin-profile management so exposure timing, lift behavior, and print-flow settings travel as a reusable configuration.
- +Repeatable resin-profile settings reduce manual exposure re-entry
- +Slice preview includes enough geometry cues to judge supports before export
- +Batch exporting supports multi-part plates with fewer re-slices
- +Print-flow parameters keep lift and retract settings consistent across parts
- –Support tuning can take several iterations to match tough overhangs
- –Network printer handling depends on a specific device workflow
- –Mesh repair options are limited when models contain heavy non-manifold issues
- –Calibration grid guidance is not integrated into every profile workflow
Dental lab technicians
Batch-casting dentures with repeatable SLA settings
Fewer failed cast attempts
Jewelry designers
Print multiple ring prototypes from CAD
Faster prototype turnaround
Show 2 more scenarios
Product engineering teams
Iterate functional housings using mesh derivatives
More predictable part dimensions
Keeps exposure and print-flow settings consistent across versions while minimizing manual rework.
Manufacturing service bureaus
Run high-volume plates for customer models
Lower operator handling time
Applies reusable resin profiles for repeatable SLA output across varied parts in batch runs.
Best for: Fits when a lab needs repeatable SLA prep with reusable profiles and plate-level batch exports.
Materialise Magics
enterpriseEnterprise 3D printing data preparation and slicing software supporting SLA and DLP resin technologies.
Granular control over hollowing plus drain hole placement on damaged or non-manifold meshes prior to g-code export.
Materialise Magics is a resin printing workflow tool focused on mesh repair, build preparation, and production-ready model processing. Its geometry handling work shows up in its support generation controls, orientation options, and detailed export setup for photon-format print pipelines.
- +Strong mesh repair and watertight checks for problematic scans and CAD exports
- +Support generation controls aimed at consistent touchpoints across many parts
- +Hollowing and drain hole placement workflows reduce manual rework
- +Batch preparation helps standardize orientation and export for multi-part jobs
- –Print validation and simulation coverage is less direct than slicer-centered tools
- –Advanced controls can slow down first-time setup for typical desktop workflows
- –Slicing output relies on downstream steps for exposure and anti-aliasing tuning
- –Workflow planning is heavier when only simple slicing and preview are needed
SLA and DLP production teams
Prepare resin builds for production
Printer-ready manufacturing output
Additive manufacturing operators
Repair mesh before slicing
Fewer geometry prep problems
Show 2 more scenarios
Quality and inspection engineers
Compare scans to reference geometry
Deviation visibility
Align scan data with reference models and review deviations across parts for inspection decisions.
Manufacturing organizations
Standardize repeated build prep steps
More consistent decisions
Configure consistent preprocessing and review workflows for recurring print workloads and operators.
Best for: Fits when production teams need repeatable mesh repair, hollowing, and drain workflows before handing models to a slicer.
Halot Box
SMBCreality's dedicated resin slicer for the Halot series of LCD printers with model repair and slicing tools.
Halot Box’s grayscale-oriented processing aligns with Creality halftone-style LCD printing, reducing manual grayscale setup steps.
Halot Box is Creality’s resin-print preparation and sending workflow that pairs profile-driven slicing with a device-oriented print pipeline. It focuses on managing halftone and grayscale workflows through a Creality-style UV image output path rather than staying generic across many printer ecosystems. Core capabilities include print profile management, slice preview with print time and resin consumption estimates, and support-generation controls tuned for vat-based SLA processes.
- +Profile management keeps resin settings consistent across batches
- +Slice preview reports print time and resin consumption estimates
- +Support generation controls cover common SLA orientation and support density needs
- +Grayscale-oriented workflows fit halftone style LCD resin printing
- –Limited interoperability compared with slicers that export to broader firmware targets
- –Mesh repair and model fixing tools are less comprehensive than full-feature slicers
- –Calibration workflows do not guide exposure compensation like dedicated calibration utilities
- –Print validation and failure detection remain limited to basic preflight checks
Enthusiast SLA modelers
Prepare halftone-ready UV images
Fewer failed resin prints
Small studio technicians
Estimate resin and print time quickly
More predictable production scheduling
Show 2 more scenarios
Creality device operators
Send files through Creality UV path
Lower device file mismatch
Converts slicing output into the Creality-style UV image workflow to match the target vat SLA device.
Rapid prototyping teams
Tune support generation for SLA
Higher success for prototypes
Applies vat-oriented support-generation controls to stabilize overhangs during grayscale resin printing.
Best for: Fits when Creality SLA workflows prioritize profile consistency and grayscale-style output over broad ecosystem interchange.
Conclusion
After evaluating 9 resin printing software, Zortrax Z-Suite 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 Resin Printing Software
Resin printing software translates a resin profile into exposure time settings, support generation, and printer-specific output files for SLA printers. This guide covers Zortrax Z-Suite, Chitubox, PrusaSlicer, and other tools designed for resin print preparation and controlled build plate adhesion.
Across the tools reviewed, the biggest differences show up in how support placement is tuned for peel behavior, how slice preview reports print time and resin consumption estimates, and how well export and device workflows fit into network or standardized lab operations.
Resin Printing Software for SLA printers that combines resin profiles, slicing, and export
Resin printing software prepares SLA-ready geometry by combining a resin profile with slicing settings like layer exposure time, bottom exposure, lift distance, and retract speed so printed parts match dimensional accuracy targets. Tools such as Chitubox emphasize GUI-driven resin profiles and parameter-level support editing for tip size, density, and placement behavior.
Zortrax Z-Suite focuses on repeatable, Zortrax-native support generation tuned to resin curing and peel behavior, with profile-based print parameter reuse for batch preparation. In parallel, 3DPrinterOS targets governance and delivery by managing a centralized print queue and device-aware job handling for multiple networked SLA printers.
Resin Printing Software features that affect SLA yield
Support generation quality controls peel-stress hotspots and determines how reliably overhangs print without excessive overcoverage. Slice preview depth and estimate reporting also reduce wasted resin time by surfacing hollowing, orientation, and build-time mismatches before exporting print files.
Resin-profile driven exposure and batch reuse
Zortrax Z-Suite reuses Zortrax resin profiles to keep exposure-related parameters consistent across batch preparation. VoxelDance also ties reusable resin-profile settings to lift, retract, and support parameters in one configuration set.
Support controls tuned to peel behavior
Zortrax Z-Suite provides Zortrax-native support generation tuned to resin curing and peel behavior for reliable support placement. Chitubox adds GUI controls that edit support placement behavior at the parameter level to control contact behavior and reduce failure-prone overhang coverage.
Hollowing and drainage workflow with drain placement controls
Asiga Composer integrates hollowing with drainage options into a repeatable workflow so drainage targets resin draining and part integrity. Materialise Magics focuses on granular hollowing and drain hole placement on damaged or non-manifold meshes before handing models to g-code export.
Slice preview reporting print time and resin consumption
Chitubox reports slice preview behavior while Zortrax Z-Suite emphasizes preview readiness tied to support placement reliability. 3D Sprint includes preview plus resin consumption and print time estimates to catch orientation and hollowing issues before export.
Mesh repair, watertight checks, and model fixing coverage
Materialise Magics provides strong mesh repair and watertight checks for problematic scans and CAD exports. Zortrax Z-Suite and PrusaSlicer-focused slicers tend to require more manual checks for complex parts when mesh repair and orientation tools are less comprehensive.
Choose Resin Printing Software by workflow fit and control depth
Two resin printing philosophies dominate tool selection. Some tools standardize repeatable prep through resin profiles and tightly coupled support logic. Other tools center on production readiness through queueing, device delivery, or upstream mesh repair before slicing.
Match support authority to the failure mode
If frequent failures relate to peel-stress overhangs, Zortrax Z-Suite prioritizes Zortrax-native support generation tuned to resin curing and peel behavior. If failures relate to overhang contact behavior, Chitubox provides parameter-level GUI editing for tip size, density, and placement behavior.
Pick the hollowing and drainage stage owner
If the workflow requires a repeatable hollowing plus drainage pipeline in the same tool, Asiga Composer ties support generation, hollowing with drainage, and exposure tuning into one process. If damaged meshes and drain hole placement must be corrected before any slice workflow, Materialise Magics provides granular hollowing and drain hole placement on non-manifold meshes.
Decide how much calibration depth is acceptable
If calibration is mainly profile reuse with controlled exposure settings, Zortrax Z-Suite and VoxelDance focus on repeatable resin-profile settings. If deeper grayscale compensation curve tuning is required, 3D Sprint is limited in depth versus calibration-centric tools.
Align the preview and estimate loop to shop timing
If the shop needs print time and resin consumption estimates surfaced during slice preparation, 3D Sprint provides integrated preview and estimates tied to resin consumption and print time. If the workflow prioritizes grayscale-oriented processing for Creality halftone-style LCD printing, Halot Box aligns with that processing approach.
Choose between slicer-centered control and device governance
If the core requirement is slicer-level parameter tuning for resin settings and supports, Chitubox and Zortrax Z-Suite keep tuning inside print preparation. If the core requirement is operational delivery across multiple networked devices, 3DPrinterOS centralizes a print queue and handles device-aware job delivery and file transfer.
Who should buy each type of Resin Printing Software
Selection depends on whether the team runs SLA prints as a parameter-tuning process or as a production delivery process. Teams also differ on whether failures are caused by support behavior, trapped resin risks, or upstream mesh quality.
Teams standardizing Zortrax resin profiles for repeatable batches
Zortrax Z-Suite is built for Zortrax resin profiles and produces predictable support tip coverage across varied models with profile-based print parameter reuse.
Labs that need GUI-driven resin profiles and fine support placement
Chitubox provides extensive support parameter editing for tip size, density, and placement behavior so labs can tune contact behavior without leaving the interface.
Shops that prioritize a one-pipeline hollowing and drainage workflow
Asiga Composer ties support generation, hollowing with drainage, and exposure tuning into one repeatable pipeline so the drainage step stays consistent with support controls.
Production teams processing problematic scans and non-manifold meshes before slicing
Materialise Magics offers strong mesh repair and watertight checks plus granular hollowing and drain hole placement so downstream slicing starts with printable geometry.
Organizations managing multiple networked SLA printers with job delivery governance
3DPrinterOS centralizes print queue management across networked printers and reduces manual file transfer steps by handling device-aware job delivery.
Common buying and setup pitfalls for Resin Printing Software
Mistakes usually show up when software assumptions about support behavior and printer output formats do not match the shop’s printer ecosystem. Another common issue is skipping calibration depth checks for compensation features that the team expects to adjust later.
Selecting a slicer that only exports cleanly into a narrow SLA ecosystem
Zortrax Z-Suite has narrower export compatibility than multi-ecosystem SLA tools, so export-path constraints should be validated before standardizing on it.
Assuming grayscale compensation tuning depth matches calibration-centric slicers
3D Sprint has limited depth for grayscale compensation curves versus calibration-centric tools, so grayscale compensation workflows can stall if the shop depends on curve-heavy tuning.
Treating support controls as interchangeable across printers and materials
Chitubox workflow changes can require manual profile tuning across printers, so support behavior that works in one setup may need re-tuning for another printer or resin.
Skipping drainage and drain hole placement checks on non-manifold meshes
Materialise Magics is strong at granular hollowing plus drain hole placement on damaged meshes, so teams that skip this step can create trapped resin risk that later slice settings cannot fix.
Buying queue governance when the real need is slicer-level exposure compensation tuning
3DPrinterOS centralizes queue management and device-aware job handling, but advanced validation like detailed exposure compensation curves is not its focus.
How We Selected and Ranked These Tools
We evaluated resin printing software on features that directly affect SLA success, like support behavior controls, hollowing and drainage handling, slice preview reporting, and mesh repair coverage. Features counted for 40% of the score, and ease of use and value each counted for 30%.
Zortrax Z-Suite led the set because its Zortrax-native support generation is tuned to resin curing and peel behavior, and because profile-based print parameter reuse supports repeatable batch preparation. Score differences also reflected gaps such as Photon file generation control limits in Anycubic Photon Workshop and narrower export compatibility in Zortrax Z-Suite.
Frequently Asked Questions About Resin Printing Software
How do PreForm, Chitubox, and Asiga Composer handle resin profile settings across repeated SLA prints?
Which software tools generate photon files versus UV image outputs for monochrome LCD workflows?
What breaks if hollowing and drain hole placement are not validated before exporting to the printer file?
How does Zortrax Z-Suite differ from Chitubox when tuning support behavior for peel force and resin curing constraints?
When should teams use a mesh repair-first workflow like Magics instead of slicer-first tools?
How do slice preview controls translate into print time estimates and resin consumption estimates?
What tradeoffs appear when moving from slicer-only tools to device-managed print queue control in 3DPrinterOS?
Which software offers the most detailed support placement controls for contact behavior and overhang coverage?
When do grayscale or halftone workflows matter, and how does Halot Box handle them compared with generic slicers?
How do teams handle batch exports and plate-level throughput when printing many similar parts?
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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