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Modular, Flexible Chain Conveyor System KE 50 — modelo 3D

Modular, Flexible Chain Conveyor System KE 50

por Virrgott en MakerWorld

This is a 3d-printed modular, flexible chain conveyor system. This type of conveyor has a modular plastic chain that can bend left and right, up and down.

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Solo uso personal

Standard Digital File License

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Archivos (54)
  • KE-0062 v12.step STEP · 73 KB
  • KE-0036 v4.step STEP · 29 KB
  • KE-0049 v11.step STEP · 51 KB
  • KE-0051 v3.step STEP · 27 KB
  • KE-0053 v3.step STEP · 31 KB
  • KE-0058 v12.step STEP · 20 KB
  • KE-0057 v14.step STEP · 135 KB
  • KE-0069 v3.step STEP · 14 KB
  • KE-0068 v3.step STEP · 14 KB
  • KE-0067 v3.step STEP · 14 KB
  • KE-0066 v3.step STEP · 14 KB
  • KE-0065 v2.step STEP · 35 KB
  • KE-0064 v10.step STEP · 35 KB
  • KE-0056 v3.step STEP · 14 KB
  • KE-0052 v2.step STEP · 32 KB
  • KE-0050 v5.step STEP · 37 KB
  • KE-0059 v3.step STEP · 22 KB
  • KE-0061 v3.step STEP · 20 KB
  • KE-0060 v3.step STEP · 20 KB
  • KE-0047 v3.step STEP · 25 KB
  • KE-0055 v2.step STEP · 40 KB
  • KE-0054 v2.step STEP · 51 KB
  • KE-0025 v4.step STEP · 91 KB
  • KE-0024 v3.step STEP · 88 KB
  • KE-0028 v3.step STEP · 7 KB
  • KE-0027 v7.step STEP · 216 KB
  • KE-0021 v3.step STEP · 22 KB
  • KE-0044 v3.step STEP · 38 KB
  • KE-0043 v2.step STEP · 36 KB
  • KE-0042 v2.step STEP · 66 KB
  • KE-0041 v2.step STEP · 69 KB
  • KE-0040 v8.step STEP · 382 KB
  • KE-0008 v1.step STEP · 89 KB
  • KE-0026 v4.step STEP · 11 KB
  • KE-0038 v3.step STEP · 62 KB
  • KE-0039 v2.step STEP · 7 KB
  • KE-0029 v5.step STEP · 200 KB
  • KE-0037 v3.step STEP · 24 KB
  • KE-0035 v2.step STEP · 42 KB
  • KE-0034 v3.step STEP · 40 KB
  • KE-0033 v2.step STEP · 57 KB
  • KE-0032 v2.step STEP · 56 KB
  • KE-0031 v2.step STEP · 31 KB
  • KE-0030 v8.step STEP · 342 KB
  • KE-0046 v6.step STEP · 18 KB
  • KE-0045 v3.step STEP · 123 KB
  • KE-0019 v2.step STEP · 29 KB
  • KE-0018.step STEP · 214 KB
  • KE-0020 v5.step STEP · 112 KB
  • KE-0015.step STEP · 284 KB
  • KE-0017 v6.step STEP · 76 KB
  • KE-0016 v10.step STEP · 73 KB
  • KE-0001 v30.step STEP · 3,6 MB
  • KE-0063 v45.step STEP · 6,7 MB
Categoría
Educación
Formatos
STEP
Descargas (todas las plataformas)
5,279
Publicado

Sobre este modelo

This is a 3d-printed modular, flexible chain conveyor system.

This type of conveyor has a modular plastic chain that can bend left and right, up and down.

The conveyor always starts with an idler unit (where the products enter) and a drive unit (where the products exit). In between idler and drive you can have straight beams and bends to build pretty much any combination of layouts from input to output. This type of conveyor is very common in the manufacturing industry because it is so easy to make tight turns without any other devices than the conveyor parts themselves. Its also very easy to rebuild for new layouts.

This particular conveyor is suitable for school projects or prototypes for automation ideas. Also suitable for home projects of various kinds. I printed Everything in PETG and I have not tried other materials. The less friction a material has the better it works. NOTE! Print the chain in Bambulab PETG HF! It works great with low friction and low noise. I tried with Sunlu PETG at first but it is too sticky so the chain gets noisy with it. Since I have not tested many materials, I suggest you go for the one I know works.

Please check out the assembly manual and the Youtube videos to get a clear view of how this works. In the manual I also submitted all the links to Amazon and Bambulab with all the non-3d-printed parts.

There is now a step model of the fully assembled Base Kit among the other step files. This file is called “KE-0001 v30.step”. If you use a CAD system it is a good idea to open this file there (or in Bambu Studio) to see how it is assembled.

•Testrun with 33cl slim cans: https://youtu.be/yGDz1e3LPDc

•Testrun with 50 cl cans: https://youtu.be/0WSuaHgeofo

•Chain installation instruction: https://youtu.be/QmK309wBs9c

•Chain assembly instruction: https://youtu.be/eQdI4LxynlE

Descripción original del autor, publicada en MakerWorld.

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