Last updated: June 29, 2026. Important safety guidelines and liability disclosures regarding 3D printing and G-code execution.
Please read this Disclaimer carefully before using the STL to G-Code Converter or running any generated G-code files on physical 3D printers, CNC mills, or routers.
3D printing slicing is complex and depends heavily on physical factors such as environmental humidity, filament brand quality, extrusion speed, and mechanical wear. The G-code generated by this online tool is based on standard mathematical calculations and open-source slicer engines. We do not guarantee that the generated file will execute successfully, print cleanly, or fit your specific printer tolerances. Slicing settings should always be checked.
Operating 3D printing hardware introduces several hazards. When executing G-code generated from this tool, you must follow standard safety practices:
Always preview the generated G-code in a simulated environment (like a G-code visualizer or dry-run) before feeding it to your physical machine. Verify that extruder coordinates (E-values) and bed boundaries (X/Y coordinates) are appropriate for your specific printer volume. Slicing with wrong settings can result in mechanical collisions (nozzle crashing into bed).
Under no circumstances shall the developer, website owner, or contributors be held liable for any damages, losses, or costs arising from your use of this software. This includes but is not limited to: fire damage, printer nozzle blockages, heater cartridge failures, stepper motor damage, glass bed breakage, print bed damage, or physical injury.
While we strive to maintain the accuracy and functionality of our web utility, mathematical bugs or settings parsing errors can occur in client-side script compilations. Slicing configurations are subject to updates.
If you encounter anomalies in the generated output toolpaths, please report them to jalal.achkoune@gmail.com to help us refine slicing profiles and algorithms.