Top 10 Best Dtf Rip Software of 2026

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Manufacturing Engineering

Top 10 Best Dtf Rip Software of 2026

Compare the top Dtf Rip Software tools with a ranked shortlist for fast workflows and better quality. See the best picks now.

10 tools compared26 min readUpdated 18 days agoAI-verified · Expert reviewed
How we ranked these tools
01Feature Verification

Core product claims cross-referenced against official documentation, changelogs, and independent technical reviews.

02Multimedia Review Aggregation

Analyzed video reviews and hundreds of written evaluations to capture real-world user experiences with each tool.

03Synthetic User Modeling

AI persona simulations modeled how different user types would experience each tool across common use cases and workflows.

04Human Editorial Review

Final rankings reviewed and approved by our editorial team with authority to override AI-generated scores based on domain expertise.

Read our full methodology →

Score: Features 40% · Ease 30% · Value 30%

Gitnux may earn a commission through links on this page — this does not influence rankings. Editorial policy

DTF RIP software turns design files into stable, printer-specific outputs that reduce rework and improve transfer-film consistency. This ranked list helps scanners compare automation, color management, and production job control across leading production platforms.

Editor’s top 3 picks

Three quick recommendations before you dive into the full comparison below — each one leads on a different dimension.

Editor pick
1

StudioSuite DTF Rip

DTF-specific ripping presets that standardize batch-ready production outputs

Built for dTF production teams needing consistent ripping outputs for recurring designs.

2

Onyx Thrive

Editor pick

Batch-first DTF ripping and export workflow optimized for production jobs

Built for dTF shops needing repeatable ripping output with controlled layout workflows.

3

Caldera GrandRIP+

Editor pick

Hot folder automation with job presets for standardized DTF production output

Built for print shops running repeatable DTF production workflows with consistent color control.

Comparison Table

This comparison table reviews DTF Rip software tools used for print-to-film workflows, including StudioSuite DTF Rip, Onyx Thrive, Caldera GrandRIP+, SAi Flexi, Wasatch SoftRIP, and related options. It highlights key differences in RIP capabilities such as file and driver support, color management, nesting and layout controls, and overall workflow fit for common DTF production requirements.

1
manufacturing rip
8.1/10
Overall
2
print RIP
7.7/10
Overall
3
7.8/10
Overall
4
production suite
7.5/10
Overall
5
color-managed RIP
8.0/10
Overall
6
7.4/10
Overall
7
production raster
7.2/10
Overall
8
8.2/10
Overall
9
design prep
7.2/10
Overall
10
production management
7.7/10
Overall
#1

StudioSuite DTF Rip

manufacturing rip

DTF production workflow software that prepares artwork, nesting, and print-ready rip outputs for transfer-film manufacturing lines.

8.1/10
Overall
Features8.4/10
Ease of Use7.9/10
Value7.8/10
Standout feature

DTF-specific ripping presets that standardize batch-ready production outputs

StudioSuite DTF Rip stands out for its workflow focus on preparing print files specifically for DTF transfer output. The core capabilities center on importing artwork, configuring DTF-specific ripping settings, and generating production-ready files with controlled layout options. A typical strength is tightening production loops with repeatable presets and job-level consistency across batches.

Pros
  • +DTF-focused ripping workflow reduces manual setup between jobs
  • +Preset-driven configurations support consistent batch output
  • +Job-level controls help manage layout choices during production
Cons
  • Advanced tuning requires more operator familiarity with ripping settings
  • Limited visibility into print-driver style controls compared with broader toolchains
  • Workflow is optimized for DTF production, not general print management

Best for: DTF production teams needing consistent ripping outputs for recurring designs

#2

Onyx Thrive

print RIP

Raster-based RIP software for high-volume print production that supports profiling, color management, and production controls for transfer workflows.

7.7/10
Overall
Features8.0/10
Ease of Use7.4/10
Value7.5/10
Standout feature

Batch-first DTF ripping and export workflow optimized for production jobs

Onyx Thrive stands out with a Dtf Rip Software workflow built around print-ready file handling and practical ripping output. It focuses on turning design files into production parameters for DTf printing jobs, including layout control and export suited for rip pipelines.

The tool is geared toward repeatable production work rather than advanced graphic editing. Core value comes from generating consistent rip outputs that fit typical DTf shop processes.

Pros
  • +Production-oriented DTF ripping workflow for reliable shop output
  • +Strong focus on rip-ready export that fits common DTf pipelines
  • +Layout controls support repeatable garment placement workflows
  • +Designed for batch processing of graphics into production jobs
Cons
  • Limited evidence of advanced color management features
  • Less suitable for users needing heavy graphic editing inside the tool
  • Workflow flexibility may lag behind fully customizable pro rippers
  • Onboarding can feel task-based rather than guided for new setups

Best for: DTF shops needing repeatable ripping output with controlled layout workflows

#3

Caldera GrandRIP+

color RIP

A RIP platform that converts design files to printer-specific output using color management and job production features for signage and textile output.

7.8/10
Overall
Features8.3/10
Ease of Use7.2/10
Value7.7/10
Standout feature

Hot folder automation with job presets for standardized DTF production output

Caldera GrandRIP+ focuses on production RIP workflows that fit print houses needing repeatable DTF output. It supports automated hot folders and job presets to standardize media, scaling, and color settings across runs.

The tool emphasizes reliable rasterization, consistent job handling, and integration paths for high-volume throughput. Its DTF suitability depends on pairing correct device profiles and printer driver behavior with GrandRIP+ output settings.

Pros
  • +Hot folder workflows and job presets support standardized DTF production runs
  • +Strong rasterization control for consistent print output across repeated jobs
  • +Production-oriented job handling helps manage high-volume RIP operations
Cons
  • DTF success depends heavily on correct device profiles and output configuration
  • Advanced RIP tuning can feel complex versus simpler DTF-first tools
  • Workflow setup often requires validation of printer and media behavior

Best for: Print shops running repeatable DTF production workflows with consistent color control

#4

SAi Flexi

production suite

Vector-to-raster RIP and production toolset that supports color management, nesting workflows, and output for custom printing production.

7.5/10
Overall
Features7.8/10
Ease of Use7.1/10
Value7.5/10
Standout feature

Extensive color and output management with device-specific production settings

SAi Flexi stands out for its RIP and production workflow focus on vector-driven garment decoration and print setup. It combines nesting, imposition, and color-managed output controls aimed at stable production from design to print.

It also supports device-specific settings and production utilities that help standardize recurring jobs across print runs. For DTF rip work, it is best used when teams can rely on consistent artwork quality and want granular output control rather than fully automated layout.

Pros
  • +Strong color management controls for consistent DTF output
  • +Production tools like nesting and imposition streamline multi-up printing
  • +Device-specific output settings help reduce print-to-print variation
Cons
  • Setup can be complex without disciplined device and profile management
  • Workflow depends heavily on incoming artwork quality and correct layers
  • Editing and tuning can feel slower than simpler RIP tools

Best for: DTF print shops needing controlled production workflows and color consistency

#5

Wasatch SoftRIP

color-managed RIP

SoftRIP engine that provides color management, screening, and production output controls for high-fidelity printing workflows.

8.0/10
Overall
Features8.7/10
Ease of Use7.4/10
Value7.8/10
Standout feature

Advanced color management and screening controls for repeatable DTF print fidelity

Wasatch SoftRIP stands out for its deep RIP customization and broad printer support in production print workflows. For DTF rip use, it generates job-ready output by controlling color management, screening, and grayscale underbase behavior where supported by the connected DTF device.

It also includes job controls for previewing, reprints, and output parameter tuning to match film and adhesive media performance. The result is strong control over print fidelity and production consistency for teams that need repeatable DTF output across varying artwork.

Pros
  • +Extensive RIP tuning for color handling, screening, and output parameters
  • +Reliable production-oriented workflow controls with preview and job management
  • +Supports complex printer profiles and device-specific output behaviors
Cons
  • Setup and calibration require more expertise than simpler DTF RIPs
  • Tuning for consistent DTF results can take iterative job testing
  • User interface complexity increases when managing multiple device profiles

Best for: Production print teams needing high control over DTF output and repeatability

#6

CADlink PrintFactory

workflow RIP

Print and RIP software that manages large-format print workflows with file processing, production job control, and color handling.

7.4/10
Overall
Features8.0/10
Ease of Use7.2/10
Value6.9/10
Standout feature

Panel and nesting workflow controls for batch DTF job layouts

CADlink PrintFactory stands out for integrating prepress and production controls around finishing workflows rather than treating DTF ripping as a single export step. The software supports panel and nesting workflows, color and output controls, and job queue management for print-to-press consistency.

It is designed to drive repeatable production with templates and operator-friendly setup for common garment and label style layouts. For DTF specifically, its strength centers on layout-driven preparation and reliable RIP output generation for production runs.

Pros
  • +Strong job preparation with nesting and panel layout controls
  • +Template-driven workflow supports consistent production runs
  • +Production-focused output management for predictable RIP results
Cons
  • DTF-specific setup can feel complex without standardized templates
  • Advanced tuning offers depth but increases operator learning time
  • Less attractive for teams needing a lightweight, simple rip-only flow

Best for: Print shops needing repeatable DTF prepress workflows and nesting

#7

RasterLink

production raster

Raster workflow software for production environments that converts artwork to printer-ready raster output with controlled screening and color.

7.2/10
Overall
Features7.6/10
Ease of Use6.9/10
Value7.0/10
Standout feature

Raster-to-device production controls with Esko screening and color management

RasterLink stands out as an image workflow and RIP tool tightly aligned with Esko prepress and production environments. It converts raster data into device-ready output with configurable screening, color handling, and production controls.

Its strengths fit shops that already manage imaging pipelines in Esko tooling and need reliable raster output behavior. For DTF-specific ripping, it is most effective when integrated into a larger print workflow rather than treated as a standalone DTF engine.

Pros
  • +Strong raster-to-output control for production print workflows
  • +Esko-aligned color and screening options reduce output variability
  • +Supports robust device profiles and workflow parameterization
Cons
  • Dtf-specific setup often requires workflow integration effort
  • Configuration depth can slow down first-time tuning
  • Standalone usability is weaker for shops without Esko pipelines

Best for: Prepress-led teams needing controlled raster output for DTF workflows

#8

Adobe Illustrator

design prep

Vector artwork creation and export tooling that supports preparing DTF artwork layers and output-ready rasters for RIP ingestion.

8.2/10
Overall
Features8.6/10
Ease of Use7.7/10
Value8.0/10
Standout feature

Clipping Masks for precise artwork bounding before DTF exports

Adobe Illustrator stands out for its vector-first artwork workflow, which supports DTF print prep when design cleanup and edge control matter. It provides robust shape editing, clipping masks, and separation-ready exports for multi-color or single-color transfer layers. Its pen tool, anchor point controls, and live effects help refine artwork to print-safe geometry and consistent outlines.

Pros
  • +Vector tools produce crisp artwork for DTF transfer edge control
  • +Separation layers and clipping masks help manage complex designs
  • +Symbol and repeat workflows speed up patterned graphics creation
Cons
  • DTF-specific output like rip-ready toolpaths requires extra manual steps
  • Image tracing can create imperfect edges that need cleanup
  • Large layered files can slow down during export and editing

Best for: Designers preparing DTF artwork with heavy vector editing and separation layers

#9

CorelDRAW

design prep

Vector and bitmap editing software used to build and refine DTF-ready artwork, including trim masks and print layers.

7.2/10
Overall
Features7.4/10
Ease of Use7.0/10
Value7.1/10
Standout feature

Advanced vector path editing and node tools for preparing precise cut lines

CorelDRAW stands out for its mature vector design workflow and precise export controls that support DTF rip preparation from artwork. It combines extensive page layout and vector editing tools with cut-ready output via custom print-and-cut export workflows.

DTF-specific automation like native gang-run planning or rip-matching profiles is not a primary focus, so users often build a repeatable operator workflow instead. The best results come from pairing CorelDRAW output settings with the target DTF printer and cutter behavior.

Pros
  • +Strong vector editing and boolean tools for clean artwork separation
  • +Supports spot color and custom layers for color-by-color DTF preparation
  • +Reliable export and page layout controls for predictable print positioning
  • +Macros and automation tools help standardize repetitive production steps
Cons
  • No dedicated DTF rip engine for contour optimization or gang layout
  • Cut line handling depends on manual layer and export setup discipline
  • Registration and printer calibration steps require external operator workflow

Best for: Shops prepping DTF art in-house with vector-heavy, manual workflows

#10

InkSoft

production management

Production management and order workflow platform that coordinates print preparation steps that commonly feed RIP output in custom print operations.

7.7/10
Overall
Features8.0/10
Ease of Use7.2/10
Value7.8/10
Standout feature

Production workflow management with order-to-production job tracking

InkSoft stands out by combining print-fulfillment workflow tools with design and order management built for custom apparel production. For DTF rip software use, it supports production job handling, art preparation workflows, and operational controls that reduce manual steps between artwork approval and production execution. The system emphasizes end-to-end routing from storefront or order intake to print-ready outputs, which fits shops that need repeatable batching and consistent production status tracking.

Pros
  • +Production workflow ties order status to print and fulfillment steps
  • +Art handling and approvals support repeatable customer and production processes
  • +Batching and job organization reduce rework across active jobs
  • +Designed for custom apparel shops with integrated operations
Cons
  • DTF rip workflows can still require manual preflight checks
  • Setup requires process mapping to match production steps
  • Advanced automation takes more training than simple rip tools
  • Less suited for teams wanting only a standalone ripping engine

Best for: Custom apparel teams needing managed DTF production workflows and approvals

How to Choose the Right Dtf Rip Software

This buyer's guide explains how to choose Dtf Rip Software using specific capabilities found in tools like StudioSuite DTF Rip, Onyx Thrive, Caldera GrandRIP+, SAi Flexi, Wasatch SoftRIP, and CADlink PrintFactory. It also covers workflow tools outside rip-only engines, including RasterLink, Adobe Illustrator, CorelDRAW, and InkSoft. The guide maps each purchase decision to concrete features such as hot folder automation, batch-first export workflows, nesting and panel layouts, and screening plus color management controls.

What Is Dtf Rip Software?

Dtf Rip Software converts print-ready artwork into production outputs tailored for DTF transfer-film printing lines, including controlled layout, rasterization, screening, and color-handling behavior. These tools solve repetitive production problems like inconsistent placement, inconsistent rip outputs across batches, and excessive manual setup between jobs. StudioSuite DTF Rip represents a DTF-focused approach that standardizes ripping settings for batch output consistency, while Caldera GrandRIP+ represents an automated production RIP approach using hot folders and job presets for repeatable DTF runs. Many shops pair Dtf-ready artwork tools like Adobe Illustrator or CorelDRAW with a dedicated RIP or workflow layer to generate rip-ready rasters and consistent export-ready geometry.

Key Features to Look For

The right Dtf Rip Software should reduce operator variability by locking down rip settings, layout decisions, and color and screening behaviors that directly affect film output.

  • DTF-specific ripping presets for standardized batch output

    StudioSuite DTF Rip leads with DTF-specific ripping presets that standardize batch-ready production outputs and reduce manual setup between jobs. This preset-driven approach is a strong match for recurring designs that must produce consistent results across multiple production runs.

  • Batch-first DTF ripping and export workflow

    Onyx Thrive focuses on a batch-first DTF ripping and export workflow that is optimized for production jobs. It includes layout controls for repeatable garment placement workflows so output files align with typical DTF shop processes.

  • Hot folder automation and job presets

    Caldera GrandRIP+ provides hot folder automation with job presets that standardize media, scaling, and color settings across runs. This reduces manual file handling and helps sustain consistent DTF throughput for print shops running repeatable production workflows.

  • Advanced color management and screening controls

    Wasatch SoftRIP emphasizes deep RIP customization with extensive RIP tuning for color handling and screening plus production preview and job management controls. This tool is built for teams that need high control over DTF print fidelity when artwork and production conditions vary.

  • Device-specific output settings for consistent results

    SAi Flexi includes extensive color and output management with device-specific production settings that reduce print-to-print variation. CADlink PrintFactory also includes production-focused output management for predictable RIP results, especially when operators rely on templates for common DTF layouts.

  • Nesting, panel layout, and multi-up production controls

    CADlink PrintFactory provides panel and nesting workflow controls for batch DTF job layouts, which supports repeatable prepress and finishing-oriented preparation. RasterLink and SAi Flexi also support configurable raster-to-output or nesting and imposition-style workflows, which helps keep multi-up production consistent.

How to Choose the Right Dtf Rip Software

Choosing the right tool depends on whether the process needs DTF-focused presets, automated production intake, high-fidelity screening and color tuning, or layout automation like nesting and paneling.

  • Match the tool to the production workflow style

    For DTF production teams that prioritize repeatable ripping settings for recurring designs, StudioSuite DTF Rip is built around DTF-specific ripping presets and job-level layout choices. For shops that want batch-first export behavior with controlled layout placement, Onyx Thrive is designed to convert graphics into production parameters for typical DTF pipelines.

  • Decide how automation will enter the pipeline

    If production intake should run through automated file drops, Caldera GrandRIP+ provides hot folder workflows paired with job presets for standardized DTF runs. If production order and status tracking must stay linked to print execution steps, InkSoft coordinates art handling and approvals to production job tracking that feeds into rip output steps.

  • Select the level of color and screening control needed for film fidelity

    When maximum control over color handling and screening is required for repeatable DTF output, Wasatch SoftRIP delivers advanced RIP tuning plus preview and reprint-oriented job management. When teams prefer controlled color and output management with device-specific production settings, SAi Flexi supports granular output configuration tied to device behavior.

  • Ensure layout automation fits the actual production unit structure

    If the production process depends on panel and nesting layouts for multi-up jobs, CADlink PrintFactory provides panel and nesting workflow controls that support batch DTF job layouts. If the production environment is built around Esko imaging workflows, RasterLink is aligned with Esko screening and color management and is best used as part of that broader pipeline rather than a standalone DTF rip engine.

  • Plan for artwork preparation tools when rip output needs clean edges and masks

    If DTF output quality depends heavily on vector edge control and separation layers, Adobe Illustrator supports clipping masks for precise artwork bounding before DTF exports. CorelDRAW supports advanced vector path editing and node tools for preparing precise cut lines, and it is a strong fit for shops prepping DTF art in-house with manual but repeatable operator workflows.

Who Needs Dtf Rip Software?

Dtf Rip Software fits multiple shop roles from operator-led DTF production to prepress-led raster workflows and order-managed custom apparel production.

  • DTF production teams needing consistent ripping outputs for recurring designs

    StudioSuite DTF Rip is the best match when repeatability comes from DTF-specific ripping presets that standardize batch-ready production outputs with job-level controls for layout choices. This segment benefits from StudioSuite DTF Rip because manual tuning between jobs is minimized by preset-driven configurations.

  • DTF shops needing repeatable ripping output with controlled layout workflows

    Onyx Thrive fits teams that want a batch-first DTF ripping and export workflow optimized for production jobs. It adds layout controls to sustain repeatable garment placement and reduce inconsistent positioning across batches.

  • Print shops running repeatable DTF production workflows with consistent color control

    Caldera GrandRIP+ is designed for standardized production runs using hot folder automation and job presets. It helps print shops maintain consistent DTF output by pairing hot folder intake with repeatable media, scaling, and color settings.

  • Production print teams needing high control over DTF output and repeatability

    Wasatch SoftRIP is built for teams that need advanced color management and screening controls for repeatable DTF print fidelity. Its preview and job controls support production tuning and reprint workflows when output consistency must hold across varying artwork.

Common Mistakes to Avoid

Common buying pitfalls come from choosing tools that do not match the required automation level, the required color and screening depth, or the production layout structure used on DTF lines.

  • Choosing a DTF-only workflow tool for a broader prepress pipeline without integration planning

    RasterLink is strongest when integrated into Esko prepress and imaging pipelines and it requires workflow integration effort for standalone use. Shops that need only a simple rip-only engine often find RasterLink setup slower than tools built for DTF-first standalone ripping like StudioSuite DTF Rip.

  • Underestimating the training needed for advanced RIP tuning

    Wasatch SoftRIP relies on iterative tuning and calibration expertise because setup and calibration require more expertise than simpler DTF RIPs. CADlink PrintFactory also provides deep output tuning that increases operator learning time when templates are not standardized.

  • Ignoring device profile and output configuration dependencies

    Caldera GrandRIP+ depends heavily on correct device profiles and output configuration for DTF success because DTF behavior changes based on printer driver and profile matching. SAi Flexi also expects disciplined device and profile management because output variation can increase without consistent device settings.

  • Relying on artwork tools alone to deliver rip-ready automation

    Adobe Illustrator and CorelDRAW are strong for vector editing, clipping masks, and cut line preparation, but they require extra manual steps to produce DTF rip-ready toolpaths and consistent rip outputs. InkSoft reduces manual steps for approvals and production tracking but it is not a standalone rip engine, so DTF output still needs correct rip workflow configuration in a RIP-focused tool.

How We Selected and Ranked These Tools

We evaluated every tool on three sub-dimensions. Features were weighted at 0.4. Ease of use was weighted at 0.3. Value was weighted at 0.3. The overall rating was calculated as overall = 0.40 × features + 0.30 × ease of use + 0.30 × value. StudioSuite DTF Rip separated from lower-ranked tools by scoring strongly on DTF-focused features, especially DTF-specific ripping presets that standardize batch-ready production outputs.

Frequently Asked Questions About Dtf Rip Software

What differentiates StudioSuite DTF Rip from a general-purpose RIP workflow?
StudioSuite DTF Rip focuses on DTF-specific ripping presets that standardize batch-ready outputs. Onyx Thrive also emphasizes repeatable DTF ripping and export for production jobs, but StudioSuite’s workflow is more centered on DTF transfer file preparation than broader print setup.
Which tool best supports hot folders and job presets for high-volume DTF runs?
Caldera GrandRIP+ is built for production throughput using automated hot folders and job presets. Wasatch SoftRIP can also tune output parameters for repeatability, but it is typically more about detailed control per job than hot-folder automation.
Which RIP option provides the most control over color management and screening for DTF fidelity?
Wasatch SoftRIP offers advanced color management and screening controls to match film and adhesive media performance. RasterLink also provides configurable screening and color handling, but it is most effective inside Esko-aligned prepress pipelines rather than as a standalone DTF-focused control layer.
When should SAi Flexi be used for DTF ripping instead of a more DTF-specialized RIP tool?
SAi Flexi fits DTF work when teams rely on stable artwork quality and need granular output control tied to device-specific production settings. StudioSuite DTF Rip is more directly tuned for DTF production loops, while SAi Flexi includes broader production workflow features like nesting and imposition.
Which solution is strongest for paneling, nesting, and repeatable layout workflows in DTF production?
CADlink PrintFactory emphasizes panel and nesting workflows plus job queue management to keep print-to-production settings consistent. StudioSuite DTF Rip supports controlled layout options, but CADlink’s strengths center on finishing-aware prepress preparation and operator-friendly layout templates.
What tool should teams choose if the starting point is heavily vector-based DTF artwork?
Adobe Illustrator is a strong choice when artwork cleanup, clipping masks, and precise edge control must drive DTF-ready exports. CorelDRAW also supports detailed vector path editing for preparation of cut lines, but Illustrator’s clipping-mask workflow often maps more directly to separation-ready DTF layers.
Which option is best suited for integrating DTF ripping into an existing Esko prepress imaging pipeline?
RasterLink aligns with Esko prepress and production environments and converts raster data into device-ready output with configurable screening and color handling. Caldera GrandRIP+ and Wasatch SoftRIP can produce consistent DTF output, but RasterLink is the closer match for shops already standardizing on Esko imaging behavior.
How do Onyx Thrive and InkSoft differ when the workflow includes order handling and production status tracking?
Onyx Thrive concentrates on turning design files into production parameters for DTF printing jobs with batch-first ripping and layout control. InkSoft combines production workflow tools with design and order management, which helps connect approval steps to print-ready outputs and production status tracking.
What common failure mode happens when DTF output profiles do not match the device, and which tool helps most with mitigation?
A typical issue is color and density mismatch that leads to underperformance on film or inconsistent transfer results. Caldera GrandRIP+ addresses this through reliable rasterization plus the need to pair correct device profiles and printer driver behavior with GrandRIP+ output settings, while Wasatch SoftRIP provides screening and grayscale underbase behavior where supported by the connected DTF device.

Conclusion

After evaluating 10 manufacturing engineering, StudioSuite DTF 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.

Our Top Pick
StudioSuite DTF Rip

Use the comparison table and detailed reviews above to validate the fit against your own requirements before committing to a tool.

Tools reviewed

Primary sources checked during evaluation.

Referenced in the comparison table and product reviews above.

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