Archimedes Screw

Archimedes Screw 15-Degree 3D Model – STL File for 3D Printing

This Archimedes screw 3D model STL is a mechanically accurate representation of the classic Archimedean screw mechanism, designed for engineering demonstrations, educational projects, mechanical prototyping, and functional concept models. The screw geometry is set at a 15-degree angle, making it ideal for studying low-angle material or fluid transport systems.

The model is provided as a print-ready STL file, suitable for FDM and resin 3D printing. It is intended as a static mechanical component or demonstration model, commonly used in physics education, mechanical engineering visualization, and prototype assemblies.

3D Printing Type

• Mechanical / engineering model

• Static functional component

• Not print-in-place

• No articulation unless paired with external shafts or housings

Recommended Printing Methods

• FDM printing: PLA, PETG, ABS

• Resin printing: Standard or engineering resin

• Suitable for educational models, test rigs, and display demonstrations

Print Settings Guidance

• Layer height: 0.2–0.28 mm (FDM) / 0.05–0.1 mm (resin)

• Infill: 15–30% depending on strength requirements

• Supports: Recommended depending on orientation

• Orientation: Horizontal or angled to preserve screw geometry

• Wall count: 3–5 perimeters for durability

• Scale: Fully adjustable before slicing

This model is commonly used to demonstrate screw-based transport mechanisms, including water lifting, granular material movement, and rotational motion studies. It is well-suited for STEM education, mechanical labs, robotics experiments, and engineering presentations.

Compatible Software & Slicers

• Cura

• PrusaSlicer

• Bambu Studio

• Fusion 360

• Lychee

• Chitubox

The screw geometry scales cleanly and maintains its structural integrity at different sizes, making it useful for small classroom models or larger prototype demonstrations.

File & License Information

• File format: STL

• Delivery: Instant digital download

• License: Personal and commercial use

• You may sell physical 3D printed objects

• Digital file resale or redistribution is not permitted

This STL is ideal for engineers, educators, students, and makers working with mechanical systems, rotational transport, and classical engineering mechanisms.