Sand Belt Stand for Dremel 3000/4000
por Artur Balthazar en Thingiverse
This is an easy to build tool that I created for myself, but can very well be replicated out there. It fits both Dremel 3000 and 4000 (see files names to download it correctly). (WARNING: it was an experimental project. Dremels aren't the best tool to use with it because of its torque) Besides the..
Licencia
Uso comercial permitidoCC BY-SA 4.0 — Atribución, compartir igual
Puedes usarlo y modificarlo dando crédito; las versiones modificadas deben compartirse con la misma licencia.
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Archivos (16)
- Base-3000.stl STL · 674 KB
- Base-4000.stl STL · 668 KB
- Cylinder-1.stl STL · 158 KB
- Cylinder-2.stl STL · 182 KB
- Table.stl STL · 232 KB
- Table-Side.stl STL · 204 KB
- Hinge.stl STL · 101 KB
- Coupler.stl STL · 35 KB
- Arm-2.stl STL · 68 KB
- Arm-1.stl STL · 68 KB
- Holder-1.stl STL · 964 KB
- Holder-2-3000.stl STL · 111 KB
- Holder-2-4000.stl STL · 93 KB
- Bearing-Coupler.stl STL · 71 KB
- Sanding-Belt-Stand-For-Dremel-3000.step STEP · 1,3 MB
- Sanding-Belt-Stand-For-Dremel-3000.f3d F3D · 6,2 MB
- Categoría
- Herramientas
- Formatos
- STL, STEP, F3D
- Descargas
- 57,674
- Publicado
Sobre este modelo
This is an easy to build tool that I created for myself, but can very well be replicated out there. It fits both Dremel 3000 and 4000 (see files names to download it correctly). (WARNING: it was an experimental project. Dremels aren't the best tool to use with it because of its torque) Besides the 3D printed parts, these are the other materials required: – 1x Dremel 3000 or 4000 – 1x Sand belt 400x60mm (https://goo.gl/rejWYS); – 9x M3x10 allen screws; – 2x M3x40 allen screws; – 1x M3x30 allen screw; – 9x M3 nuts; – 3x Bearings 19x6x6mm (https://goo.gl/KLgNZr); – 8x Magnets 8x1mm (https://goo.gl/CFpL8S); – 1x Drill bit (3mm diameter); – Super glue or epoxy glue; PS.: the belt does not have tension adjustment, because Dremel can't hold too much tension (at least the 3000, which is my case). What I did was to cut about 10 needle tips, heated them and fixed them in the cylinders (5 for each cylinder), leaving about 0.5 mm. This way the cylinder grabs the belt nicely.
Descripción original del autor, publicada en Thingiverse.