Download Creality Slicer
The official slicer for Creality 3D printers. Slice STL files, send prints over WiFi, and manage your entire print farm from one free app.
What Is Creality Print?
A complete guide to the official 3D printing slicer built for every Creality printer
Creality Print (formerly known as Creality Slicer) is a free, open-source FDM slicing application developed by Shenzhen Creality 3D Technology Co., Ltd. The Creality Print download gives you everything you need to prepare 3D models for printing on any Creality printer — from the popular Ender 3 series to the high-speed K1 and K2 lines. It converts STL, OBJ, and 3MF model files into G-code instructions your printer can execute, and it does so with pre-tuned profiles that take the guesswork out of getting a good first print.
Who Is It For?
Creality Print is designed for anyone who owns a Creality 3D printer, whether you are a complete beginner or a seasoned maker. If you have just unboxed an Ender 3 V3 or a K1 Max and want to start printing right away, this slicer gets you from model to finished print with minimal setup. Hobbyists running small print farms also benefit from built-in LAN printing and batch job management, which let you control multiple printers from one screen without swapping SD cards.
What Makes It Different?
Unlike general-purpose slicers such as UltiMaker Cura or PrusaSlicer, Creality Print is built around the Creality ecosystem. Every supported printer ships with factory-tuned profiles that include optimal nozzle temperatures, speeds, and retraction values. The 7.0 series introduced AI-powered support analysis, TPMS gradient infills for variable-density structures, and a redesigned interface with community integration. The slicing engine itself is 2-3x faster than earlier versions — a standard Benchy slices in roughly 45 seconds.
Connectivity and Cloud
Creality Print connects directly to WiFi-enabled Creality printers over your local network. You can scan for devices, send print jobs with one click, and monitor progress without ever leaving the app. For users who want remote access, Creality Cloud integration lets you slice, upload, and start prints from anywhere. The software works fully offline for standard slicing, so an internet connection is optional.
The source code is available on GitHub under an open-source license, which means the community can inspect, contribute to, and build on the software. Creality Print runs on Windows 7 and later (64-bit), macOS 10.14+ (with separate Intel and Apple Silicon builds), and Linux (Ubuntu 20.04+ class distributions).
Ready to get started? Download Creality Print 7.3.0 and set up your first print in minutes.
Key Features
Everything you need to prepare, slice, and send prints — all in one application
High-Speed Slicing Engine
Version 7.0 delivers 2-3x faster slicing than earlier releases. Initial slices are 10-70% faster, and re-slices run about 50% quicker. A standard Benchy model slices in approximately 45 seconds.
One-Click LAN Printing
Connect to WiFi-enabled Creality printers over your local network. Scan for devices or enter IP addresses manually, then send print jobs directly — no SD cards or USB drives required.
AI-Powered Support Analysis
New in v7.0, the AI engine automatically recommends support placement and optimal orientation. It also detects and repairs STL integrity errors before slicing begins.
Pre-Built Printer Profiles
Ships with optimized presets for the entire Creality ecosystem: Ender 3 V3, K1, K1C, K1 Max, K2, K2 Plus, CR-10, and more. Each profile includes tuned temperatures, speeds, and retraction settings.
Creality Cloud Integration
Sync with Creality Cloud for remote printing, model browsing, and multi-device management. Upload models, slice remotely, and start prints from your phone or another computer.
Advanced Infill Patterns
Choose from Cubic, Gyroid, Lightning, TPMS, TPMS-FK Lattice, Zig Zag, and gradient infill options. TPMS gradient infills provide variable density for strength-to-weight optimization.
Real-Time Layer Preview
Inspect G-code layer by layer before printing. Visualize travel paths, extrusion widths, support structures, and estimated print times. LOD rendering boosts preview FPS by 15-100%.
Multi-Device Batch Printing
Send the same print job to multiple printers of the same model simultaneously. Supports batch production workflows over LAN or cloud connections for print farm operations.
Comprehensive Filament Support
Pre-configured profiles for PLA, PETG, ABS, TPU, ASA, Nylon, and specialty filaments. K-series machines support 42+ official Creality filament profiles with optimized parameters.
See what these features can do for your prints — download Creality Print free
System Requirements
Make sure your computer meets these specs before installing Creality Print
| Component | Minimum | Recommended |
|---|---|---|
| Operating System | Windows 7 (64-bit) | Windows 10/11 (64-bit) |
| Processor (CPU) | Intel Core 2 or AMD Athlon 64 | Intel Core i3 or equivalent AMD |
| RAM | 4 GB | 8 GB |
| Disk Space | 550 MB free | 600 MB + working space |
| GPU | OpenGL 2-capable | OpenGL 4.1-compatible |
| Display | 1024 × 768 | 1920 × 1080 |
| Internet | Not required for slicing | Required for cloud, LAN printing, updates |
Download Creality Print 7.3.0
Get the latest version of the official Creality 3D printing slicer — completely free for all platforms
Creality Print for Windows
Version 7.3.0 · Official GitHub Release
Download Creality Print 7.3.0 for Windows Free · 323 MB · Windows Installer (.exe)What's new in Creality Print 7.3.0
Creality Print v7.3.0 Release Notes
Creality Print 7.3.0 focuses on enhancing full-color and multi-color printing, further refining the complete workflow from color reproduction and color separation to mixed-color and gradient printing. We have also optimized purge waste utilization in multi-color printing, allowing a portion of purge material to be reused as internal infill where the model structure and available infill space allow, helping reduce material waste.
This release also introduces multi-nozzle, multi-diameter printing support for K3, Adaptive TPMS Infill, ZAA anti-aliasing, improved auto-orientation performance, faster slicing, and AI enhancements, further improving print quality, efficiency, and the overall user experience.
Full-Color & Multi-Color Printing Enhancements
Accurate Color Reproduction
Automatically matches target colors in the model to available filaments and generates optimized color-mixing combinations, reducing the need for repeated manual color-ratio adjustments and helping achieve printed colors closer to the original design.
Two color-separation modes are available based on the selected filaments: use the existing filaments in the current filament list, or use a standard CMYW/RYBW filament set for color separation and matching.
Color prediction now uses a new algorithm based on measured filament spectral data. By incorporating actual spectral characteristics into color prediction, the algorithm can more accurately estimate printed colors and reduce color deviation.
In 36 sets of CMYK color-mixing tests, the predicted colors achieved an average ΔE00 of 2.85, compared with 8.63 using the traditional algorithm. Lower ΔE00 values indicate closer color matching between the predicted and printed colors. This algorithm has been validated with filaments such as Hyper PLA.
Note: ΔE00 is a metric used to quantify perceptual color difference. A lower value indicates a closer match between the predicted and printed colors.CIEDE2000 Color Difference)
One-Click Color Separation for OBJ Models
Import OBJ models containing color information and automatically convert the embedded colors into editable painting data. Creality Print then matches the model colors with available filaments, significantly reducing the manual work required for coloring and filament assignment.
Flexible Gradient Color Control
Added gradient color support, allowing model colors to transition progressively based on print height or a specified region, creating richer color effects than single-color printing.
Users can freely add color anchors within a selected height range and define the gradient transition. Creality Print automatically generates the corresponding color changes based on the number of printing layers, making it suitable for models such as skies, flames, decorative objects, and artistic prints.
Multi-Color Printing: Purge Waste Reduction
Optimized Purge to Object Skeleton
This release further optimizes Purge to Object Skeleton, with the goal of reducing purge waste and improving filament utilization.
During slicing, Creality Print identifies hidden internal infill areas that can safely receive purge material and prioritizes these areas for reusing purge material as part of the internal structure. This allows more filament to contribute to the printed model while reducing material used solely for the wipe tower.
Purge to Object Skeleton Enabled (New Algorithm)
Model: 513.10 g
Purge: 28.81 g
Wipe Tower: 21.93 g
Total Filament: 563.85 g
Total Time: 15h 56m
All Default Settings
Model: 403.40 g
Purge: 199.02 g
Wipe Tower: 18.58 g
Total Material: 620.99 g
Total Time: 16h32m
How It Works
During slicing, the system:
- Calculates the actual purge volume required based on the colors and filaments involved in each color change.
- Identifies available internal skeleton space within each model layer.
- Allocates purge material to hidden internal infill where it can be safely reused.
- Preserves protective layers around visible surfaces, including outer walls, top surfaces, and bottom surfaces, to reduce color contamination.
- Dynamically adjusts the capacity available for receiving purge material when internal space is limited.
- Sends any remaining purge material that cannot be safely reused to the wipe tower for final cleaning.
Benefits
Converts part of the material that would otherwise be used in the wipe tower into internal model structure.
Reuses purge material as part of the printed model instead of discarding it entirely.
Keeps purge paths primarily within the model interior while maintaining normal color paths on visible surfaces.
Does not simply eliminate the wipe tower. For the first layer, areas near top/bottom shells, regions with insufficient skeleton capacity, or higher-risk areas, external purging is retained to prioritize print quality and color-change reliability.
Design Principle
Purge to Object Skeleton is not simply about moving waste into the model. It balances available model space, color purity, layer stability, and color-change reliability:
- Reuse purge material whenever sufficient internal space is available.
- Continue using the wipe tower when internal capacity is insufficient.
- Prioritize color quality in areas where purge material could affect the appearance.
- Maintain consistent layer print times in areas where purge placement could otherwise introduce visible layer artifacts.
The goal is to reduce purge waste as much as possible without compromising model appearance or print reliability.
Recommended Use
Recommended for:
- Models with sufficient internal infill space.
- Full-plate jobs with multiple models.
- Models with a clear separation between visible surfaces and internal structures.
- Multi-color jobs with frequent color changes and high wipe-tower consumption.
Use with caution for:
- Solid models.
- Models with thick walls but very limited internal infill space.
- Thin-wall models.
- Models with strict weight, strength, or internal-structure requirements.
- Models with a high risk of color bleeding.
Slicing Performance & Algorithm Enhancements
Improved Auto-Orientation Performance
Optimized auto-orientation performance by introducing GPU acceleration to replace the previous CPU-based computation. For complex models, auto-orientation calculations are significantly faster, reducing typical wait times from 1–2 minutes to a few seconds and improving model preparation efficiency.
Improved Slicing Performance
Optimized large 3MF file loading and slicing workflows to improve processing efficiency for complex models and full-plate multi-color jobs:
- Large 3MF files for full-plate models open approximately 50% faster.
- Slicing time for high-infill single models and full-plate models is reduced by approximately 10%.
- Optimized re-slicing after parameter changes. In full-plate multi-color model scenarios, re-slicing time is now close to the initial slicing time.
New Adaptive TPMS Infill
Added Adaptive TPMS (Triply Periodic Minimal Surface) Infill, which automatically generates a 3D infill structure with a continuous density gradient based on the distance from each internal region to the model surface.
Supports dense-outside/sparse-inside, approximately uniform, and sparse-outside/dense-inside configurations. This provides enhanced surface support while maintaining lightweight internal structures, making it suitable for lightweight structures, cushioning components, handles, and other applications.
New ZAA Anti-Aliasing
Added ZAA (Z Anti-Aliasing), which locally adjusts the Z height of toolpaths on curved and sloped top surfaces to better conform to model geometry and reduce stair-stepping, improving surface quality on domes, chamfers, and shallow slopes.
New parameters include:
- Minimum Wall Downward Slope — Controls the minimum slope at which top outer walls participate in ZAA adjustment.
- Slice Plane Z Offset — Adjusts the reference plane used for ZAA calculations to control the height offset of toolpaths relative to the model surface.
- Lock Top Surface Infill Direction — Keeps the top-surface infill direction consistent in ZAA regions to avoid alternating patterns between adjacent layers.
ZAA is primarily intended for curved surfaces, domes, slopes, and chamfers. It may slightly increase slicing time and can affect local toolpaths and layer heights. Preview the toolpaths before printing. Due to Z-axis speed limitations, a print speed of approximately 150 mm/s or lower is recommended for better results.
New Continuous Short-Segment Protection
Added protection for certain Klipper devices that may experience stuttering, crashes, or MCU errors when printing models containing highly dense short segments.
When unusually dense short paths are detected, Creality Print automatically simplifies the toolpath and appropriately reduces local acceleration to reduce processing pressure and improve print stability.
- Reduces the risk of device crashes caused by dense short segments.
- Optimizes G-code path counts to reduce pressure on the Klipper motion queue.
- Activates only when high-density short-segment regions are detected.
- Does not affect normal models or standard printing paths.
This feature is particularly useful for models containing large numbers of fine segments, dense infill, or complex curved surfaces. Local printing speed may be slightly reduced, which can increase total print time.
For SPARKX i7 users: If you encounter XS2000 print failures, use Creality Print 7.3 together with firmware version 1.1.4.0.4.
K3 Multi-Nozzle Printing
To support K3 multi-nozzle printing with different nozzle diameters, the slicing software configuration format has been updated. Versions earlier than Creality Print 7.3 no longer support K3 printing. K3 users should update to Creality Print 7.3 or later.
Multi-Nozzle Printing with Different Diameters
Creality Print 7.3 adds support for K3 multi-nozzle printing with different nozzle diameters. Users can configure different nozzle sizes for individual extruders based on model detail and printing efficiency requirements and use them together within the same print job.
- Flexible nozzle combinations: Supports standard 0.2 mm, 0.4 mm, 0.6 mm, and 0.8 mm nozzle presets.
Balance detail and efficiency: Use smaller nozzles for detailed areas and larger nozzles for large or strength-critical regions.
Independent parameter configuration: Different nozzles can use their corresponding machine, process, and filament parameters.
Automatic compatibility checks: Automatically checks whether the selected layer heights are within the supported range of each nozzle and provides clear warnings for incompatible configurations.
Flexible filament-to-nozzle assignment: Quickly assign filaments to specific extruders and nozzles through the filament grouping interface.
Re-adjust after preview: Review toolpaths, supports, and the wipe tower after slicing, then regroup filaments and re-slice if needed.
Strict validation before printing: Filament mapping is checked against the actual nozzle diameters installed on the device to prevent print jobs from being sent to incompatible nozzles.
Workflow
- Add K3 and select the nozzle diameter for each extruder.
- Check the corresponding machine, process, and filament parameters.
- Click Slice Plate to complete filament and nozzle grouping.
- Review toolpaths, supports, and the wipe tower in Preview.
- Click Send to Print to complete device-side filament mapping.
- Confirm the configuration and start printing.
Usage Notes
Multi-nozzle printing with different nozzle diameters is currently an experimental feature. Printing quality risks may remain for the wipe tower, supports, and certain model surfaces. The 0.2 mm, 0.6 mm, and 0.8 mm nozzle parameters have not yet been fully validated across all scenarios. We recommend testing with simple models first.
New Nozzle Preheating
Added nozzle preheating to reduce waiting time during multi-nozzle switching.
The system identifies the next nozzle to be used and preheats it while the current nozzle continues printing. Once the nozzle switch is complete, the target nozzle can enter the printing state more quickly, resulting in smoother transitions during multi-color printing.
Preheating is automatically scheduled based on the toolpath and estimated tool-change time, helping reduce waiting time while maintaining temperature control and printing stability.
Filament Assignment by Print Structure
Added the ability to assign different filaments to specific print structures, including:
- Walls
- Infill
- Solid infill
- Wipe tower
Users can assign specific filaments to different structures according to their printing requirements, enabling more flexible combinations of functionality, appearance, and print performance.
AI Enhancements
AI Assistant Upgrade with DeepSeek Harness
Integrated the open-source DeepSeek Harness Agent framework to upgrade the underlying architecture of the AI Assistant, improving its ability to understand questions, process tasks, and provide more accurate responses.
Improved AI Parameter Recommendations
Optimized AI-recommended parameters to improve recommendation accuracy.
More Features & Experience Improvements
New Corner Rib Type for Wipe Tower
Added Corner Rib as a new wipe-tower outer-wall type. Users can select this structure in the wipe-tower settings.
The corner-rib structure improves the support and stability of the wipe tower, helping reduce movement and deformation during printing and improving material-switching stability in multi-color and multi-filament printing.
Preserve Color and Print Settings After Model Cutting
Optimized information inheritance after model cutting. When cutting a model with existing color painting, supports, seams, or fuzzy surface settings, the resulting sub-models can retain the corresponding settings, reducing the need for repeated configuration.
Improved WAN Printing Experience
Improved WAN print-sending speed and fixed issues that could cause print-sending failures.
AI Creation
Added a shortcut to AI Creation, providing one-click access to the AI-powered creation workflow.
Fixes
- Fixed an issue where the application could be incorrectly flagged by the firewall after an in-app update.
- Fixed an issue where Smart Infill could penetrate the outer walls on certain models.
- Fixed inconsistent build-plate colors between Light and Dark modes.
- Fixed an issue where Chinese input could not be switched in the relief-text input field on macOS.
- Fixed an issue where manually drawn brims were not retained after saving and reopening a project.
- Fixed an issue where previously bound devices could appear as unbound after restarting the application.
- Fixed an issue where the machine status was not updated after confirming a third-party file import.
- Fixed an issue where color information was not retained after cutting a model.
- Fixed an issue that prevented printing with Creality Box 2.0.
- Fixed an issue where the application window could extend beyond the screen when running full-screen on a 1440p secondary monitor.
- Fixed an issue where dragging a file into the application did not respond the first time after an in-app update.
- Fixed filament-mapping lag.
- Fixed an issue where the purge matrix was not recalculated after switching printers.
- Fixed inaccurate model dimensions after model upload.
- Fixed an issue where extrusion flow was incorrectly displayed in Preview during travel moves without extrusion.
- Fixed inconsistent error messages between AI Version and Professional Version.
- Fixed an issue where slicing could become stuck while detecting overhangs in preparation for automatic Z lift.
- Fixed an issue where devices could not be added from the onboarding page when the installation path contained Chinese characters.
- Fixed a macOS crash when enabling travel moves in Preview after slicing a model.
- For crashes occurring during slicing on certain multi-threaded processors, refer to the wiki guide.
Release notes from the GitHub release page, published September 24, 2026.
All Platform Downloads
All downloads sourced from the official Creality GitHub repository
Screenshots
See the Creality Print interface in action — click any image to enlarge
How to Install Creality Print
Follow this step-by-step guide to download, install, and configure Creality Print on your PC
Download the Installer
Head to our download section above and click the green “Download Creality Print 7.3.0“ button. The download is a standard Windows installer file named like CrealityPrint_7.3.0.xxxx_Release.exe, approximately 323 MB in size. Save it somewhere easy to find, like your Desktop or Downloads folder.
Run the Installer
Double-click the downloaded .exe file to launch the installer. If Windows Defender SmartScreen displays a warning, click “More info” and then “Run anyway” — this happens because the installer is not yet widely distributed enough for Windows to recognize it automatically.
Accept the license agreement on the first screen and click “Next”. Choose your installation directory or keep the default path, then click “Next” again. The installer may prompt you to install Microsoft Edge WebView2 Runtime and Visual C++ Redistributables if they are not already on your system. Allow these installations — they are required dependencies.
Click “Install” and wait for the progress bar to complete. This usually takes 1-2 minutes depending on your disk speed.
Initial Configuration
Check the “Run Creality Print” box and click “Finish” to launch the application immediately. On first launch, you will be asked to select your preferred language and region.
Next, choose your Creality printer model from the dropdown list. Creality Print includes profiles for the Ender 3, Ender 3 V2, Ender 3 V3, Ender 3 S1, K1, K1C, K1 Max, K2, K2 Plus, CR-10, CR-6 SE, and many more. Select the exact model you own and pick the correct nozzle size (0.4mm is standard for most printers).
Then select your filament type. Start with PLA if you are new to 3D printing — it is the easiest material to work with. Creality Print includes temperature and speed profiles for PLA, PETG, ABS, TPU, ASA, Nylon, and over 42 official Creality filament types.
Your First Print
Click the Import button on the left toolbar (or use Ctrl+I) to load an STL, OBJ, or 3MF file. Your model appears on the virtual build plate, where you can reposition, rotate, and scale it using the toolbar on the left side.
With your model placed, click “Slice” in the bottom-right corner. Creality Print generates G-code and shows you a preview with estimated print time and filament usage. Use the layer slider on the right to scroll through every layer and verify everything looks correct.
To send the job to your printer, you have two options:
Option A — LAN Printing: If your printer is connected to the same WiFi network, click the “Devices” tab to find it. Select your printer and click “One-Click Print” to send the G-code directly over your local network.
Option B — SD Card / USB: Click “Export” to save the G-code file. Copy it to an SD card or USB drive, insert it into your printer, and start the print from the printer’s screen.
Need the installer? Download Creality Print 7.3.0 from our download section above.
Frequently Asked Questions
Answers to common questions about downloading, installing, and using Creality Print
Is Creality Print free to download and use?
Yes, Creality Print is completely free to download and use with no feature restrictions, subscriptions, or hidden costs. The software is developed by Shenzhen Creality 3D Technology and distributed at no charge. The source code is also available on GitHub under an open-source license, which means anyone can inspect and contribute to the project.
Is Creality Print safe to install on my computer?
Yes, Creality Print is safe when downloaded from the official source. The software is developed by Creality, one of the largest 3D printer manufacturers in the world. Some antivirus programs or Windows SmartScreen may flag the installer because it is less widely distributed than mainstream software, but this is a false positive. Always download from the official Creality website or our download section to ensure you get the genuine installer.
What is the difference between Creality Slicer and Creality Print?
Creality Slicer was the older name for the software, which was originally a fork of UltiMaker Cura. Creality Print is the current, rebranded version that has been largely rewritten with a new interface, faster slicing engine, LAN printing, cloud integration, and AI features. If you are using an older version called “Creality Slicer,” you should upgrade to Creality Print for better performance and more features.
Can I use Creality Print with non-Creality printers?
Creality Print is primarily designed for Creality printers, and all the built-in profiles are tuned for Creality models. While you can technically add custom printer profiles for non-Creality machines by manually entering the bed size, nozzle diameter, and firmware settings, the results may not be as well-optimized as using a general-purpose slicer like PrusaSlicer or OrcaSlicer. For non-Creality printers, those alternatives are usually a better choice.
Does Creality Print work on Mac?
Yes, Creality Print supports macOS 10.14 (Mojave) and later. Separate builds are available for Intel-based Macs and Apple Silicon (M1/M2/M3/M4) Macs. You can download the macOS version from the official Creality Cloud downloads page. The Mac version includes the same features as the Windows version, including LAN printing and cloud integration.
Does Creality Print work on Windows 11?
Yes, Creality Print runs on Windows 11 without any issues. The software supports Windows 7 and later (64-bit only). Windows 10 and 11 are the recommended operating systems for the best performance and compatibility. Make sure you have at least 4 GB of RAM and an OpenGL 2-capable GPU for basic functionality.
How do I connect my printer to Creality Print over WiFi?
First, make sure your printer is connected to the same WiFi network as your computer. In Creality Print, click the “Devices” tab at the top. The software will automatically scan for printers on your local network. If your printer does not appear, you can click “Add Printer” and enter the IP address manually (you can find the IP in your printer’s network settings menu). Once connected, you can send sliced files directly with one click.
How do I update Creality Print to the latest version?
Creality Print checks for updates automatically when it starts (if you have an internet connection). When an update is available, a notification will appear prompting you to download and install the new version. Alternatively, you can always visit our download section to get the latest installer and install it over your existing version. Your printer profiles and settings will be preserved during the update.
Creality Print vs Cura — which is better?
If you own a Creality printer, Creality Print is the better choice for most users. It ships with factory-tuned profiles for every Creality model, offers one-click LAN printing, and slices 2-3x faster than Cura in recent versions. Cura, on the other hand, supports a much wider range of printers from different brands and has a larger plugin ecosystem. Advanced users who want more granular control or who use multiple printer brands often prefer Cura or OrcaSlicer. For Creality owners who want a simple, optimized workflow, Creality Print is hard to beat.
Creality Print vs OrcaSlicer — which should I use?
OrcaSlicer is a popular open-source alternative that supports many printer brands and offers advanced calibration tools (flow rate, pressure advance, retraction). It gives you more fine-grained control over settings and is favored by users who like to tune every parameter. Creality Print is simpler to use, has one-click LAN printing, and includes Creality Cloud integration. If you want maximum control and tinker with your prints, try OrcaSlicer. If you want a streamlined experience that works great out of the box with your Creality printer, stick with Creality Print.
Does Creality Print support PETG, ABS, and TPU filaments?
Yes, Creality Print includes pre-configured profiles for PLA, PETG, ABS, TPU, ASA, Nylon, and many specialty filaments. The K-series printers (K1, K1C, K1 Max, K2) have 42+ official Creality filament profiles with tuned temperature, speed, and retraction settings. You can also create custom filament profiles if you use third-party filaments that are not in the default list.
Why does Creality Print keep crashing or freezing?
Crashes are usually caused by insufficient system resources or GPU driver issues. Make sure your computer meets the minimum requirements: 4 GB RAM and an OpenGL 2-capable GPU. Update your graphics drivers to the latest version. If the application crashes during slicing, try reducing the model complexity or closing other memory-heavy programs. You can also try running Creality Print as Administrator. If problems persist after a major version update, uninstall completely and do a fresh install of the latest version.
Does Creality Print require an internet connection?
No, an internet connection is not required for core slicing functionality. You can import models, configure settings, slice, and export G-code completely offline. An internet connection is only needed for Creality Cloud features (remote printing, model downloads), LAN printer discovery, software updates, and the AI analysis features. If you prefer to work offline, Creality Print functions perfectly as a standalone desktop slicer.
Can Creality Print be used on Linux?
Yes, Creality Print offers a Linux build that supports Ubuntu 20.04 and equivalent 64-bit distributions. You can download the Linux version from the official Creality Cloud downloads page. The Linux version includes the same core features as Windows and macOS, though some users report that LAN printing support may be less stable on Linux compared to Windows.
Where can I download Creality Print officially?
You can download Creality Print from our download section on this page, which links directly to the official Creality Cloud source. The official download page is hosted at crealitycloud.com. Always avoid third-party download sites that may bundle the installer with unwanted software or outdated versions.
Still have questions? Download Creality Print and explore the built-in help documentation.