openscad-bosl2

Generate OpenSCAD code with BOSL2 library for 3D-printable parts.

8|1|Updated Apr 25, 2026
One-click install
npx skills add https://github.com/swh/openscad-skill --skill openscad-bosl2-swh
Or copy as Structured Prompt for Agent
Please help me install this Agent Skill.
Skill: openscad-bosl2
Source: https://github.com/swh/openscad-skill/tree/main/openscad-bosl2
Command: npx skills add https://github.com/swh/openscad-skill --skill openscad-bosl2-swh

SYSTEM DOCUMENTATION & REQUIREMENTS

💡 This Skill requires go, openscad, BOSL2, and includes scripts (resource) and references (resource) and assets (resource) components.

What problem does it solve?

This Skill helps users create and edit OpenSCAD .scad files using the BOSL2 library, adhering to specific style guidelines and recommendations for 3D printing.

Core Features & Use Cases

  • OpenSCAD Code Generation: Automates the creation of OpenSCAD files following the BOSL2 library conventions and design principles.
  • Style Guidelines: Implements a set of best practices for OpenSCAD file structure, variable naming, and code formatting.
  • Printer Settings: Provides recommendations for filament choice, print orientation, and slicer settings based on the part's intended use and printer capabilities.
  • Use Case: If a user needs to design a 3D-printable part like a jig, holder, or bracket, this Skill can assist in generating the .scad file, ensuring it is compatible with their specific printer and slicer.

Quick Start

Use the openscad-bosl2 skill to generate a custom OpenSCAD file for a bracket with wall thickness 3mm, 4 legs, and print orientation for Bambu X1C printer.

Frequently Asked Questions about openscad-bosl2

High-intent search queries and answers about installing and using this skill.

FAQPage Schema
How do I generate OpenSCAD files using the BOSL2 library for 3D printing?

You can generate OpenSCAD files using the BOSL2 library by utilizing a specialized skill that automates code creation, applies style guidelines, and embeds 3D printer recommendations for utility parts and mechanical components.

What are the style guidelines for writing OpenSCAD code with BOSL2?

Style guidelines for OpenSCAD code with BOSL2 cover file structure, variable naming, and code formatting, ensuring that generated 3D printing designs follow library conventions and maintain consistent readability.

Do I need Go and OpenSCAD installed to generate BOSL2 .scad files?

Yes, you need Go and OpenSCAD software installed on your system, along with the BOSL2 library included in your OpenSCAD project, to successfully generate and execute the resulting .scad files.

Can I get 3D printer settings like filament choice and print orientation for OpenSCAD parts?

Yes, the process provides recommendations for filament choice, print orientation, and slicer settings based on the part's intended use and specific printer capabilities, such as configuring a bracket for a Bambu X1C.

What is the best way to design 3D-printable mechanical components in OpenSCAD?

The best way to design 3D-printable mechanical components in OpenSCAD is to use the BOSL2 library, which simplifies generating complex geometry while adhering to predefined style guidelines and 3D printing best practices.

What are the limitations of generating OpenSCAD code for utility parts?

Limitations include the requirement of specific external dependencies like Go and the BOSL2 library, meaning the generated OpenSCAD code cannot run properly without these exact environments and inclusions set up beforehand.