Download Voxelizer — Free 3D Slicer for PC

Yes, Voxelizer is 100% free to download and use with no paid tiers, subscriptions, or feature restrictions.

Unlike many slicer applications that offer a “free” version with limited functionality and push you toward a premium upgrade, Voxelizer gives you access to every feature at no cost. That includes the CNC milling engine, multi-material printing support, creative filters, boolean operations, all five support types, and adaptive layer height. Nothing is locked behind a paywall.

The only requirement is that you create a free ZMorph account before downloading the installer. This is used for authentication when you first launch the application and to access software updates. The account registration does not require a credit card or payment information of any kind.

ZMorph S.A. provides the software for free because it is designed as the companion application for their multi-tool 3D printers. Their revenue comes from hardware sales, not software licensing.

Tip: Keep your ZMorph account credentials saved somewhere accessible. You will need them each time you install Voxelizer on a new machine or after a fresh Windows installation.

Yes, Voxelizer is safe to install on both Windows 10 and Windows 11. The software is developed and distributed by ZMorph S.A., a legitimate hardware manufacturer based in Wroclaw, Poland, that has been in the 3D printing industry since 2013.

There are a few things to keep in mind during installation:

• Windows SmartScreen warning: You may see a blue popup saying “Windows protected your PC” when you first run the installer. This happens because the MSI file is not distributed through the Microsoft Store. Click “More info” and then “Run anyway” to proceed. This is standard behavior for third-party desktop software.
• No bundled software: The Voxelizer installer is clean. It does not bundle browser toolbars, adware, search engine hijackers, or any other unwanted programs. The installation only places Voxelizer files on your system.
• Antivirus compatibility: In rare cases, overly aggressive antivirus software may flag the installer as suspicious. This is a false positive. If it happens, add an exception for the Voxelizer installer in your antivirus settings.

Tip: Always download Voxelizer from the download section on this page or directly from ZMorph’s official website to avoid tampered copies from third-party download mirrors.

Yes, Voxelizer can work with non-ZMorph printers, but with limitations. The software includes a “Custom Printer” configuration option that lets you set up any RepRap-compatible 3D printer manually.

Here is what you will need to configure for a custom printer:

• Build volume: Enter your printer’s X, Y, and Z dimensions in millimeters
• Nozzle diameter: Specify your hotend nozzle size (typically 0.4mm)
• Heated bed: Toggle on/off and set bed temperature limits
• Extruder count: Single or dual extruder configuration
• Firmware type: Select the firmware your printer runs (Marlin, RepRap, etc.)

That said, Voxelizer is designed and optimized for ZMorph hardware. The built-in printer profiles, toolhead configurations, and firmware communication protocols are all tuned for ZMorph VX, VX+, and Fab All-in-One printers. If you own a different printer brand (Creality, Prusa, Ender, etc.), slicers like Cura or PrusaSlicer will likely give you a smoother experience since they ship with thousands of pre-configured profiles for popular machines.

Tip: If you decide to use Voxelizer with a custom printer, start with a simple calibration cube before slicing complex models. This helps you verify that your manually entered settings produce accurate dimensions.

Voxelizer supports six file formats: STL, OBJ, STEP (experimental), JPG, DXF, and DICOM. Each format serves a different purpose within the software’s multi-fabrication workflow.

Here is a breakdown of each supported format and when to use it:

• STL (Stereolithography): The most common 3D printing format. Use this for standard 3D printing jobs. Voxelizer auto-repairs common STL issues like non-manifold edges and inverted normals on import.
• OBJ (Wavefront): Another widely used 3D model format. Supports color and material information, which is useful for multi-material prints.
• STEP (Experimental): A CAD engineering format. Primarily used for CNC milling operations where you need to select specific planes and edges for toolpath generation. Still in experimental status, so expect occasional import issues with complex assemblies.
• JPG: Used for laser engraving operations. The image is converted into a raster pattern that the laser head follows.
• DXF: A 2D vector format used for laser cutting paths. Import your vector artwork and Voxelizer generates the cutting toolpath.
• DICOM: Medical imaging format (CT scans, MRI data). Allows you to 3D print anatomical models from medical scan data.

Tip: If your 3D modeling software exports in a format not listed above (like 3MF or AMF), convert it to STL first using a free tool like MeshLab or the built-in export option in most CAD programs.

Voxelizer requires a 64-bit system with at least a dual-core 2.0 GHz CPU, 4 GB of RAM, 200 MB of free disk space, and an OpenGL 2.0 compatible GPU.

Here is the full breakdown of minimum versus recommended specifications:

• Operating System: Windows 7 or later (64-bit required), macOS 10.12 Sierra or later, or Linux via AppImage
• CPU: Minimum dual-core 2.0 GHz; recommended quad-core 3.0 GHz or faster. Voxel processing is CPU-intensive, so more cores and higher clock speeds directly reduce slicing time.
• RAM: Minimum 4 GB; recommended 8 GB. If you work with large models at high voxel resolution (0.1mm or finer), 16 GB is strongly recommended. Voxelizer loads the entire voxel grid into memory during processing.
• GPU: Minimum OpenGL 2.0 compatible; recommended dedicated GPU with 1 GB+ VRAM. The 3D viewport and layer preview rely on GPU rendering.
• Storage: 200 MB minimum for installation. Budget 500 MB or more if you store G-code files and project data locally.
• Display: 1280×720 minimum; 1920×1080 recommended. The three-panel interface works best on larger screens.

Check the system requirements section above for the complete specification table.

Tip: If you notice slow performance during voxelization, try reducing the voxel grid resolution in the Settings stage. A coarser grid uses significantly less RAM and processes faster, which is often acceptable for draft prints.

Yes, Voxelizer includes a CNC milling engine, though it is currently marked as experimental. This feature is one of the things that separates Voxelizer from standard 3D printing slicers like Cura or PrusaSlicer.

The CNC milling mode supports several advanced capabilities:

• Multiple input formats: Generate milling toolpaths from STEP files, 3D meshes (STL/OBJ), or 2D vector files (DXF)
• STEP plane and edge selection: When working with engineering CAD files, you can select specific faces and edges to define your milling operations
• Local coordinate systems: Set up custom work offsets and origins for precise positioning on your material stock
• Tool changes: Configure multiple tools within a single milling job, allowing roughing and finishing passes with different end mills
• Collision detection: The simulation view checks for potential collisions between the tool, workpiece, and machine frame before you run the actual job

This feature is designed primarily for ZMorph printers equipped with a CNC milling toolhead. If you are using dedicated CNC hardware (like a Shapeoko, X-Carve, or industrial mill), specialized CAM software such as Fusion 360 CAM or Estlcam will give you more control and better toolpath optimization.

Tip: Since the CNC milling engine is experimental, always run the simulation preview thoroughly before sending G-code to your machine. Pay close attention to plunge rates and feed speeds in the generated code.

To generate tree supports in Voxelizer, navigate to the Settings stage and select “Tree” from the support type dropdown in the Supports section.

Here is a step-by-step walkthrough of the process:

1. Import your model in the Scene stage and position it on the build plate
2. Move to the Settings stage by clicking the “Settings” tab or the forward arrow
3. Scroll down to the Supports section in the settings panel
4. Enable supports by toggling the support option on
5. From the support type dropdown, select “Tree”
6. Adjust the tree support parameters: trunk diameter, branch angle, contact distance, and support density
7. Click “Generate” to create the voxelized model with tree supports applied
8. In the G-Code stage, inspect the layer-by-layer preview to verify support placement

Voxelizer offers five distinct support types in total: Tree, Lattice, Power Raft, Standard, and Adaptive. Tree supports branch upward like a tree trunk, touching the model only at overhang contact points. They use less material than solid supports and leave smaller marks on the printed surface when removed.

Tip: Tree supports work best for models with scattered overhangs. For models with large flat overhangs (like bridge sections), lattice or standard supports may provide better bed adhesion and print stability.

Yes, Voxelizer supports multi-material printing for printers with dual-extruder setups. This is one of the application’s standout features, particularly for ZMorph users who have dual toolhead configurations.

Here is how multi-material printing works in Voxelizer:

• Per-object settings: Each voxelized object in your scene can be assigned its own extruder, material, temperature, speed, and retraction parameters. This means you can print one part of your model in PLA and another in PETG, each with their own optimized settings.
• Color mapping: Assign different colors to different objects or regions of your model. The slicer handles the toolpath sequencing to switch between extruders at the right moments.
• Gradient fills: Apply gradual color transitions across a model surface, creating visual effects that would be difficult to achieve with other slicers.
• Separate support material: You can assign one extruder for your main model material and the other for dissolvable support material (like PVA), making support removal effortless after printing.

For the best results, your dual toolheads need to be properly calibrated. Misaligned extruders will cause visible offsets between materials. ZMorph’s built-in calibration routines handle this for their hardware. On custom printers, you will need to measure and enter the extruder offset values manually.

Tip: Start with a simple two-color calibration test print before attempting complex multi-material jobs. This confirms your extruder offsets are accurate and your ooze shields or wipe towers are working correctly.

Voxelizer and Cura serve different purposes, and the better choice depends on your printer hardware and workflow needs.

Here is a direct comparison across key areas:

• Printer compatibility: Cura wins by a large margin. It ships with profiles for thousands of printers from dozens of manufacturers. Voxelizer is optimized for ZMorph hardware only, with limited support for custom RepRap machines.
• Slicing engine: Voxelizer uses a unique voxel-based approach (converting models to a 3D grid of cubes), while Cura uses traditional triangle mesh processing. The voxel method enables boolean operations and automatic mesh repair that Cura handles differently.
• Multi-fabrication: Voxelizer supports 9 fabrication modes (3D printing, CNC milling, laser cutting, laser engraving, thick paste extrusion). Cura is purely a 3D printing slicer.
• Community and plugins: Cura has a massive user community, active forums, hundreds of community plugins, and regular updates from Ultimaker/UltiMaker. Voxelizer has a much smaller user base and no plugin ecosystem.
• Development activity: Cura receives regular updates with new features and printer profiles. Voxelizer has not had a major update since 2019.
• Learning curve: Voxelizer’s three-stage workflow is more structured and arguably easier for beginners. Cura’s single-screen interface offers more flexibility but can feel overwhelming with its 400+ settings.

Bottom line: If you own a ZMorph printer and use its multi-tool capabilities, Voxelizer is the right choice. For everyone else, Cura (or PrusaSlicer) is the more practical option with far better printer support and community resources.

Voxelizer does not have a built-in auto-update feature, so you need to manually download and install the latest version.

Follow these steps to update:

1. Visit the download section on this page or go directly to the official ZMorph software page
2. Log in to your ZMorph account (the same account you used for the original download)
3. Download the latest installer for your operating system (Windows MSI, macOS DMG, or Linux AppImage)
4. Close Voxelizer if it is currently running
5. Run the new installer. It will upgrade your existing installation in place without removing your settings
6. Launch Voxelizer and verify the version number in the application title bar or Help menu

Your printer profiles, filament presets, and custom settings are preserved during the update process. The installer replaces only the application files, not your configuration data stored in the AppData directory.

It is worth noting that Voxelizer 2.0 has been the stable release since July 2018. The experimental branch received its last update in July 2019. While the software remains functional on modern operating systems, major new features are unlikely at this point.

Tip: Before updating, note your current version number (visible in the title bar). If the new version causes issues, you can try to find the previous installer on ZMorph’s site or contact their support for a rollback option.

Active development of Voxelizer has slowed significantly since 2019, but the software remains available for download and works on current operating systems.

Here is the timeline of Voxelizer’s development:

• July 2018: Voxelizer 2.0 released as the stable version, representing a major rewrite from version 1.x
• July 2019: Last known update to the experimental branch with minor fixes and improvements
• 2020-present: No major version updates or feature additions have been publicly released

Despite the lack of active development, Voxelizer 2.0 continues to work reliably on Windows 10, Windows 11, and current macOS versions. The core slicing engine, multi-tool support, and G-code generation all function as intended. ZMorph still hosts the download on their official website and provides it as the recommended software for their printer lineup.

For ZMorph printer owners, Voxelizer remains the only slicer with full support for their multi-tool hardware (3D printing, CNC, laser). No third-party slicer replicates this multi-fabrication workflow. If you need a slicer that receives regular updates and has an active development community, alternatives like Cura, PrusaSlicer, or OrcaSlicer are worth considering for standard 3D printing tasks.

Tip: Join the ZMorph community forums or subreddit to stay informed about any future software announcements. Some users also share custom printer profiles and workarounds for common issues.

If Voxelizer is not starting on Windows 11, the issue is usually related to administrator permissions, GPU drivers, or antivirus interference. Here are the troubleshooting steps in order of likelihood:

1. Run as Administrator: Right-click the Voxelizer shortcut or .exe file and select “Run as Administrator.” Windows 11 has stricter permission controls than previous versions, and some older applications need elevated privileges to write to their data directories.
2. Update GPU drivers: Voxelizer requires OpenGL 2.0 support. Open Device Manager, expand “Display adapters,” right-click your GPU, and select “Update driver.” Alternatively, download the latest drivers directly from NVIDIA, AMD, or Intel’s website. Outdated or generic Microsoft drivers often lack full OpenGL support.
3. Try compatibility mode: Right-click the Voxelizer .exe file, select “Properties,” go to the “Compatibility” tab, check “Run this program in compatibility mode for,” and select “Windows 10.” Click Apply and try launching again.
4. Check antivirus: Some security software (particularly Avast, Norton, and Kaspersky) may block Voxelizer from starting because it is not a widely recognized application. Temporarily disable your antivirus real-time protection and try launching Voxelizer. If it works, add an exception for the Voxelizer installation directory.
5. Reinstall: If none of the above work, uninstall Voxelizer completely (including removing the folder in AppData), download a fresh copy from the download section, and install it again.

Tip: If the application opens briefly and then crashes, check the Windows Event Viewer (search “Event Viewer” in the Start menu, go to Windows Logs → Application) for error details. A crash log mentioning “OpenGL” or “display” confirms a GPU driver issue.