Models are created by adding or subtracting colorful voxel blocks from a starting cube, using intuitive tools like a hammer and chisel. This provides a tactile, game-like feel to 3D modeling.
Multiple users can work on the same 3D model simultaneously from different locations, seeing each other's cursor and edits in real-time within the web app.
Import existing 3D models (STL, OBJ) to modify or use as a base. Export creations in various formats including STL for 3D printing, OBJ for rendering, and SVG for 2D laser cutting.
Provides dedicated resources for teachers, including lesson plans, student management dashboards, and the ability to integrate with Google Classroom and other Learning Management Systems (LMS).
Includes precision tools like a ruler for measurements, symmetry modes, copy/paste of model sections, layers for organization, and a library of pre-made shapes and textures.
Teachers use 3D Slash to introduce students to 3D design, spatial geometry, and engineering principles. Its intuitive interface allows students to quickly grasp concepts and create tangible projects for 3D printing. This hands-on approach boosts engagement and makes abstract STEM topics concrete and fun.
Makers and DIY enthusiasts use the tool to quickly sketch out ideas for custom parts, cosplay props, or home decor items. The fast, iterative block-based workflow is ideal for brainstorming and creating simple, printable prototypes without the complexity of professional CAD software.
Indie game developers and modders create low-poly, stylized 3D assets for games, especially those with a voxel or blocky aesthetic (like Minecraft-inspired projects). The ability to easily texture and export models makes it a quick pipeline for populating game worlds with unique objects.
Architects, real estate agents, or students use 3D Slash to create blocky massing models of buildings, interior layouts, or urban plans. It's excellent for communicating initial concepts, site plans, and spatial relationships in a clear, understandable visual format before moving to detailed CAD.
Teams use the real-time collaboration feature for remote design thinking sessions, product brainstorming, or educational workshops. Participants can simultaneously contribute to a shared model, making it an interactive tool for co-creation and collective problem-solving in a virtual space.
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