Text-to-3D model generation that creates basic 3D shapes and objects from natural language descriptions. AI-assisted tools like Magic Fix automatically repair mesh errors and optimize models for 3D printing.
Complete 3D modeling suite running entirely in a web browser with no installation required, combining modeling, sculpting, slicing, and rendering tools in one interface.
Comprehensive teaching resources including curriculum-aligned lesson plans, interactive tutorials, student management dashboard, and classroom-specific licensing options.
Seamless integration of design, repair, slicing, and rendering tools within a single platform, allowing users to complete entire 3D projects without switching between different software applications.
Visual manipulation tool that provides direct, intuitive control over object transformations, scaling, and rotation with contextual snapping and alignment assistance.
Real-time project sharing and collaboration features that allow multiple users to work on the same 3D model simultaneously or asynchronously with version tracking.
Teachers use SelfCAD to introduce 3D design concepts in middle school, high school, and university settings. The platform's educational resources, age-appropriate tutorials, and classroom management tools allow educators to guide students through complete design-to-print projects. Students learn spatial reasoning, engineering principles, and digital fabrication skills without the complexity of professional CAD software.
Small business owners and inventors use SelfCAD to quickly create 3D prototypes of product ideas. The AI-assisted tools help generate initial concepts from sketches or descriptions, while the integrated slicer prepares models for 3D printing. This enables rapid iteration and physical testing without investing in expensive design services or mastering complex professional software.
3D printing enthusiasts use SelfCAD to design custom parts, replacement components, and artistic creations for home 3D printers. The software's repair tools automatically fix common mesh issues that cause printing failures, while the intuitive interface allows hobbyists to focus on creativity rather than technical CAD skills. The cloud storage enables access to projects from multiple devices.
Architecture students and small design firms use SelfCAD to create 3D models of buildings, interior spaces, and landscape elements. The combination of precision modeling tools and organic sculpting capabilities allows for both technical drawings and aesthetic presentations. The rendering features produce images for client presentations without requiring separate visualization software.
Indie game developers and modders use SelfCAD to create 3D models for games and virtual environments. The software exports to formats compatible with major game engines like Unity and Unreal Engine. The sculpting tools allow for organic character modeling, while the precision tools create environmental assets and props with appropriate polygon optimization.
Artisans and designers create intricate jewelry pieces, accessories, and fashion components using SelfCAD's precision tools and organic sculpting capabilities. The software supports the creation of models suitable for both 3D printing in various materials and for digital presentations. The measurement tools ensure accurate sizing for wearable items.
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3D Slash is a unique, block-based 3D modeling software designed to make 3D design intuitive and accessible for everyone, from children and educators to hobbyists and professionals. Inspired by the visual simplicity of retro video games, it uses a 'destruction' and 'construction' metaphor where users carve models out of a virtual block of material using tools like a hammer, chisel, and trowel, rather than manipulating complex vertices and polygons. This gamified approach significantly lowers the learning curve associated with traditional CAD software. It is widely used in educational settings to teach STEM concepts, design thinking, and spatial reasoning. Users can create models for 3D printing, game assets, architectural visualizations, and simple prototypes directly in a web browser or via desktop applications. The platform emphasizes creativity, speed, and fun, positioning itself as a bridge between playful digital making and practical 3D output.
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