LightWave 3D
Professional 3D modeling, animation, and rendering with a production-proven dual-app workflow and real-time engine bridges.
Programmatic, open-source 3D design using functional representation for mathematically perfect geometry.
ImplicitCAD is a technical-grade, programmatic CAD system designed to overcome the discrete mesh limitations of traditional CSG (Constructive Solid Geometry) engines. In the 2026 hardware landscape, ImplicitCAD occupies a critical niche for 'Hardware-as-Code' workflows, utilizing functional representation (f-rep) to define objects through implicit functions rather than boundary meshes. This architectural choice enables infinite resolution and the tool's signature feature: mathematically smooth boolean operations. Unlike OpenSCAD, which often struggles with filleting and rounding complex intersections, ImplicitCAD treats these as continuous mathematical transitions, making it ideal for high-stress aerospace components and organic aesthetic designs. The engine is written in Haskell, providing a robust, type-safe environment for procedural generation. As AI-driven hardware synthesis gains traction, ImplicitCAD serves as a preferred backend for LLM-generated geometry due to its deterministic script-to-object pipeline and its ability to export high-quality STL, DXF, and G-code directly from code without the artifacts common in polygonal modeling software.
Uses implicit functions to calculate transitions between objects, allowing for a 'radius' parameter in unions and subtractions.
Professional 3D modeling, animation, and rendering with a production-proven dual-app workflow and real-time engine bridges.
Instant 2D to 3D interior visualization for rapid space planning and real estate staging.
Accelerate product innovation with AI-driven generative design and real-time simulation.
Professional-grade digital identity generation with sub-millimeter facial accuracy and real-time animation.
Verified feedback from the global deployment network.
Post queries, share implementation strategies, and help other users.
Geometry is stored as mathematical descriptions rather than vertex clouds until the moment of export.
The language is built on Haskell, allowing for high-order functions, recursion, and complex logic within CAD scripts.
ImplicitCAD is designed to utilize modern multi-core processors for evaluating implicit functions across a grid.
The engine can bypass STL intermediates and generate toolpaths directly from mathematical definitions.
Supports both an OpenSCAD-compatible syntax and a native Haskell-embedded syntax.
Allows for non-uniform shell and offset operations based on mathematical gradients.
Creating complex gyroid or mathematical surfaces that require smooth transitions for optimal airflow.
Registry Updated:2/7/2026
Designing bone-interfacing structures that require perfectly smooth transitions to avoid stress concentrations.
Batch generating 1000+ unique enclosures for custom PCB sizes.