IceSL

IceSL is a state of the art slicer with advanced modeling capabilities. It integrates several groundbreaking ideas that this great team developed over the years, such as cubic/tetrahedral infills, bridge support structures, optimal adaptive layer thickness optimization, progressive infills, efficient offsetting, tight protective shields, maximal self-supporting cavities, and advanced path planning for dual-color printing.



IceSL core technology is exposed through three different software:

IceSL-forge is the most complete and powerful software for Windows PC. It combines modeling and slicing and gives unprecedented flexibility for modeling and fabricating complex, customizable shapes.

Modeling is done through scripting with a Lua-based language that allows describing boolean combinations of shapes (triangle meshes, voxels, implicit surfaces, shaders).

IceSL-slicer focuses on slicing. Given a 3D model (e.g. STL), it will use slicing technology to generate instructions for your printer (G-code, but also images for DLP printers and cutting paths for laser cutters).



SliceCrafter is an online version of slicing technology. It is less powerful than IceSL-slicer but runs entirely from within a web browser.

Features and Highlights

• Unprecedented control over your prints with settings specified per-layer
• Obtain the best possible choice of slice thicknesses that will maximize part accuracy
• Tetrahedral infills present an excellent compromise in speed, strength, and weight
• Unique progressive infill pattern that can smoothly vary in density along with the height
• Powerful support technique optimizing a reliable and disposable bridge structure
• Brushes allow different strategies in different parts of a model
• Geometry specified by shaders. Avoid tessellation!
• Offsets can erode or dilate even the most complex objects
• Self-supporting cavities and nice ooze shields that remain close to the print at all times
• Clean color algorithm to improve multi-filament print quality
• Print in color using a novel technique that mixes different filaments into one nozzle

How to Use IceSL

• Install the software on your Windows PC
• Open IceSL and configure printer settings
• Import your 3D model file (STL, OBJ, etc.)
• Adjust slicing parameters and supports
• Preview the sliced model for accuracy
• Generate G-code for your 3D printer
• Save the G-code file to an SD card or USB
• Load the file into your 3D printer
• Start the printing process and monitor progress

FAQ

Is IceSL free to use?
Yes, IceSL is free for research purposes. For other uses, please refer to the license information on the official website.

What platforms does IceSL support?
IceSL is available for Windows and Linux operating systems. Currently, there is no macOS version due to OpenGL 4.3 requirements.

What can I do with IceSL?
You can create 3D models, generate G-code for 3D printing, and use advanced slicing features through Lua scripting.

What are some unique features of IceSL?
IceSL includes advanced features like optimal adaptive slicing, progressive infills, color mixing for 3D printing, and per-layer settings for parameters like infill density and printing speed.

Can I export models from IceSL in STL format?
Yes, IceSL allows exporting models in STL format. However, it's optimized for direct slicing and G-code generation without the need for intermediate mesh exports.

Alternatives

If you are looking for IceSL alternatives, we recommend you to download Ultimaker Cura or Slic3r.

System Requirements

• OS: Windows 11 or Windows 10 (64-bit)
• Processor: Intel Core i5 or higher
• RAM: 8GB minimum, 16GB recommended
• GPU: Dedicated graphics card (OpenGL 4.1+)
• Storage: 1GB free disk space

PROS

• Advanced slicing capabilities
• Real-time script-based modeling
• High customization for settings
• Supports multiple 3D printers
• Frequent software updates

CONS

• Limited documentation available
• Higher system requirements
• No official MacOS support
• UI can feel outdated

Note: IceSL app is free for research purposes.