Code Editor

Full-featured Monaco editor with OpenSCAD syntax highlighting, AI code generation, and live error detection. Write parametric models at the speed of thought.

Monaco Editor

VS Code-quality editing

Syntax Highlighting

OpenSCAD-aware colors

Error Detection

Inline error markers

Multi-File

include() & use() support

Full OpenSCAD Support

Write the same code you'd write in standard OpenSCAD. All primitives, transforms, and boolean operations work exactly as expected. We've also added real-time rendering on top.

100% OpenSCAD syntax compatible
Exports valid .scad files
Use existing libraries (MCAD, BOSL2)
Same $fn/$fa/$fs semantics

View OpenSCAD on GitHub

Primitives

cube, sphere, cylinder, polyhedron

Transforms

translate, rotate, scale, mirror

Booleans

union, difference, intersection

Extrusions

linear_extrude, rotate_extrude

Modules

module, children()

Functions

function, let, for loops

Math

sin, cos, atan2, sqrt, pow

Special

$fn, $fa, $fs, color()

Version History & Git Integration

Every change is tracked. Browse your design history, compare versions, and roll back to any previous state. Connect to GitHub for full Git workflow.

Full History

Every AI interaction and manual edit creates a version. Browse the complete timeline of your design evolution.

Instant Rollback

Made a mistake? Roll back to any previous version with one click. Your work is never lost.

Git & GitHub

Connect to GitHub for commits, branches, and collaboration. Export your project as a proper Git repository.

AI-Powered Code Generation

Don't know OpenSCAD syntax? No problem. Describe what you want in natural language, and AI generates the code. Iterate with follow-up prompts.

Generate from description

Describe what you want in plain English. AI writes the OpenSCAD code.

"Create a phone stand with adjustable angle"

Modify existing code

Ask AI to change specific parts. It understands context.

"Make the base wider and add a cable slot"

Fix errors

When something breaks, AI can diagnose and fix issues.

"The geometry has holes—can you fix it?"

Add features

Incrementally build up complexity with each prompt.

"Add a pen holder on the left side"

Clean, parametric code

AI generates well-structured OpenSCAD with clear parameters at the top, modular functions, and comments explaining the logic. Easy to understand, easy to modify.

Parameters grouped at top of file
Modules for reusable components
Comments explaining geometry
Proper $fn for smooth curves

vase.scad AI Generated

// Generated by Skiss AI
$fn = 48;

// Parameters
wall = 2;
inner_d = 75;
height = 100;

// Main body with smooth curves
module vase() {
  difference() {
    // Outer shell with varying radius
    rotate_extrude()
      polygon([
        [0, 0],
        [inner_d/2 + wall, 0],
        [inner_d/2 + wall + 5, height * 0.3],
        [inner_d/2 + wall, height * 0.7],
        [inner_d/2 + wall + 3, height],
        [0, height]
      ]);
    
    // Inner cavity
    translate([0, 0, wall])
      cylinder(h=height, d=inner_d);
  }
}

vase();

Simulation

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