Model information
Description
This 3D model is a customizable arc reactor-style housing designed to serve as a visual and structural enclosure. Its primary purpose is to act as a shell or framework that can be edited and adapted to fit around a compact, portable HHO reactor. The design is inspired by the iconic arc reactor aesthetic and is intended for prototyping, display builds, or educational demonstrations.
Practical uses include housing experimental layouts where users may need to modify dimensions, internal clearances, and mounting points. Because the file is fully editable, it allows for adjustments to accommodate specific tubing, wiring, fasteners, or airflow requirements. Note that this model is a customizable shell and not a functional power-generation device. The internal reactor concept referenced is based on designs found on the Alex Lab YouTube channel; however, this model is not affiliated with or created by Alex Lab.
Included files
- metal-coil-lats.stl
- copper-parts.stl
- metal-legs.stl
- metal-parts.stl
- translucent.stl
- mk-ii-full.stl
Original text by the author on Printables
<p>This 3D printer file represents a customizable arc reactor–style housing designed specifically to be edited and adapted to fit around a compact, portable HHO reactor. The model is intended as a visual and structural enclosure, allowing users to modify dimensions, internal clearances, and mounting points to suit different reactor sizes or experimental layouts. Its design is inspired by the iconic arc reactor aesthetic while remaining practical for prototyping, display builds, or educational demonstrations. The file is fully editable, making it suitable for users who want to adjust the geometry to accommodate tubing, wiring, fasteners, or airflow as needed. The reference for the internal reactor concept can be found on the Alex Lab YouTube channel (for clarity, this design is not affiliated with or created by Alex Lab), and this model is meant purely as a customizable shell or framework rather than a functional power-generation device.</p><p>if you want a custom model or want to make a suggestion email me at sourgenius82@gmail.com</p><p></p>
Questions and contributions