3D MODEL - 11,624 tris3 VARIANTS
TD
The Diorama· 248 filesVerified seller
Spiral Auger Shaft 3D Design File
A helical fin shaft with two bore sizes already prepared for a press-fit drive.
★★★★★
4.9 · 328 reviews
v1.0
3D Printable
STL - OBJ
Production Files
3 production variants
Editable Source
FBX - GLB
UsagePersonal projects only
Licensed for personal projects only. Not for resale or commercial production.
Dhs. 50.00
SoftwareFusion 360, Blender, PrusaSlicer, Cura
MachineFDM / SLA resin
DifficultyIntermediate
Made for your own projects.
Whether you design for a living, build for clients, or make things for the love of it, this pack drops straight into your workflow.
The designer spent
hours
modelling the helix and preparing both bore variants
You get it in
under 1 minute
Buy, download the pack, and open it in your software. The hard part is already done.
Designers
Drop a finished, editable model into your concepts and renders, then scale it to whatever your project needs.
Engineers
A dimensionally honest auger for feeders, mixers and small conveyors - pull it straight into your assembly to check an interface.
Hobbyists
Slicer-ready meshes and two ready bore sizes. No CAD experience required.
Finally a 3D Design File for Manufacturing
Most 3D design files online are not 3d printable and require a lot of post processing. Since we are manufacturers ourselves, our design files are built for fabrication.
USP-01
3D-printable, end to end.
Watertight solid body with a clean helical surface that prints upright without bridging.
- ✓STL, OBJ, MTL, FBX, GLB
- ✓Tested on Prusa MK4, Bambu X1C, Ender 3
- ✓11,624 triangles
USP-02
Production Files Attached
Three production variants are already prepared, so you spend less time re-designing. Just adjust your scale and start your machine.
- ✓3 production variants
- ✓6.5 mm and 7.5 mm bores
- ✓Prints upright, no raft
USP-03
Modelled, not faked.
The helix is real geometry, so the fin pitch survives printing at any scale.
- ✓Modelled detail
- ✓Holds detail when printed
- ✓Untextured - assign your own materials
Some more file details
Topology, dimensions and file sizes - everything you'd want to know before you hit slice.
Polygons
11,624
Triangulated faces
Vertices
22,002
Mesh vertices as exported
Parts (assembly)
3
Production variants included
Dimensions
46 x 46 x 180
Millimeters
Production files
Yes
Two bore sizes prepared
Every file, nothing hidden.
The full manifest of what lands in the zip when you download.
Format
Filename
Size
Category
Purpose
STL
Spriral.stl
568 KB
3D Print
Full shaft, watertight, ready to slice
STL
Spiral 2 v3.stl
513 KB
3D Print
Production variant
STL
Spiral 6.5 Hole.stl
564 KB
3D Print
6.5 mm bore variant
STL
Spiral 7.5 Hole.stl
568 KB
3D Print
7.5 mm bore variant
OBJ
spiral.obj
554 KB
3D Print
Mesh with geometry data
MTL
spiral.mtl
51 B
Source
Material library for the OBJ
FBX
spiral.fbx
200 KB
Source
Scene-ready mesh for 3D apps
GLB
spriral.glb
585 KB
Source
Binary glTF for web and AR viewers
8 files - 3.5 MB total5 printable - 3 source
Opens in your software.
Tested against the most common modelling and slicer apps.
F
Fusion 360
B
Blender
P
PrusaSlicer
C
Cura
Most-asked.
If yours isn't here, write to us.
Yes. At 46 x 46 x 180 mm it stands upright on any normal bed and prints without a raft or bridging. FDM gives a good surface; SLA resin holds the finer fin edges.
Two variants are included, 6.5 mm and 7.5 mm, so you can match the drive shaft you already have instead of drilling out a finished print. Spiral 2 v3 is the base variant.
No. This is an untextured mesh with no UV mapping and no material library, so you assign your own materials for rendering.
Licensed for personal projects only. Not for resale or commercial production. Print it, cut it, machine it, remix the source - just not for resale.
We usually dont offer Refunds for Digital Files. However, if you are not satisfied with it then our designer will help you to sort things out.
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