Simple 3D Printer BOM: Difference between revisions
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#Needs to determine a workable, low cost extruder | #Needs to determine a workable, low cost extruder | ||
<html><iframe src="https://docs.google.com/spreadsheets/d/e/2PACX-1vTjgpalGOYhiJvYZWtk1uzvIHJbv1xWwI_C5uL5l2CEQ7LwC2VOlTolbhCEYbLvRK-WPr5qoq3LRGud/pubhtml?widget=true&headers=false" height=500 width= | <html><iframe src="https://docs.google.com/spreadsheets/d/e/2PACX-1vTjgpalGOYhiJvYZWtk1uzvIHJbv1xWwI_C5uL5l2CEQ7LwC2VOlTolbhCEYbLvRK-WPr5qoq3LRGud/pubhtml?widget=true&headers=false" height=500 width=950></iframe></html> | ||
[https://docs.google.com/spreadsheets/d/1mk5ZR0VsOITZ9_Xey7kpfnd98FxMuWpsZEn5FyggOas/edit#gid=0 edit] | [https://docs.google.com/spreadsheets/d/1mk5ZR0VsOITZ9_Xey7kpfnd98FxMuWpsZEn5FyggOas/edit#gid=0 edit] | ||
=Radically Simple= | |||
*Once you start simplifying even more, it becomes an engineering challenge. But with a high performance printer like the D3D, you can print more of the required parts - including belts, pulleys, bearing, and more. | |||
<html><iframe src="https://docs.google.com/spreadsheets/d/e/2PACX-1vTjgpalGOYhiJvYZWtk1uzvIHJbv1xWwI_C5uL5l2CEQ7LwC2VOlTolbhCEYbLvRK-WPr5qoq3LRGud/pubhtml?gid=2092966907&single=true&widget=true&headers=false" height=500 width=900></iframe></html> | |||
[https://docs.google.com/spreadsheets/d/1mk5ZR0VsOITZ9_Xey7kpfnd98FxMuWpsZEn5FyggOas/edit#gid=0 edit] | |||
=Recursion Version= | |||
<html><iframe src="https://docs.google.com/spreadsheets/d/e/2PACX-1vTjgpalGOYhiJvYZWtk1uzvIHJbv1xWwI_C5uL5l2CEQ7LwC2VOlTolbhCEYbLvRK-WPr5qoq3LRGud/pubhtml?gid=1755022372&single=true&widget=true&headers=false" height=500 width=970></iframe></html> | |||
[https://docs.google.com/spreadsheets/d/1mk5ZR0VsOITZ9_Xey7kpfnd98FxMuWpsZEn5FyggOas/edit#gid=1755022372 edit] | |||
Note that there are 2 options here - for higher fruction - it is printed bearings with EMT. Low friction would be [[3D Printed Linear Bearing]]. | |||
=D3D Micro= | |||
*Still a high performance version with PEI and heated bed. | |||
*Needs an extruder | |||
<html><iframe src="https://docs.google.com/spreadsheets/d/e/2PACX-1vRlTX7G42oeQAYbE4jGxjKfDPV6ain9V26BgK0xaQ9_YRj1yMQj9pC16fIMx5gi2Aar86H1_L6-pUdT/pubhtml?widget=true&headers=false" height=500 width=500></iframe></html> | |||
[https://docs.google.com/spreadsheets/d/1xmxgdL0Gqu7aDeG_8dwFoEERJ75dRxkyH8-ya4a3amI/edit#gid=0 edit] | |||
=Links= | |||
*[[3D Printer Technological Recursion]] | |||
Latest revision as of 16:53, 17 April 2019
This is a simplified version of the OSE 3D Printer as documented in the 3D Printer Manual:
- Small 6" bed
- Bed is not heated. Don't need PEI, large power supply, or MOSFET
- One Z axis with cantilevered Z axis
- Retains the RepRap Discount Smart Controller for easy interface
- 3D printed linear bearings - since we are still using our strong motors, there should be no issue with using PLA printed linear bearings even if there is extra friction
- Smaller power supply, as there is no need to heat the bed
- Frame is 3D printed tube or PVC with 3D printed corners
- Need to design axis holders that clamp onto the PVC for mounting the Y and Z axes
- 3D printed control panel mount
- Needs to determine a workable, low cost extruder
Radically Simple
- Once you start simplifying even more, it becomes an engineering challenge. But with a high performance printer like the D3D, you can print more of the required parts - including belts, pulleys, bearing, and more.
Recursion Version
Note that there are 2 options here - for higher fruction - it is printed bearings with EMT. Low friction would be 3D Printed Linear Bearing.
D3D Micro
- Still a high performance version with PEI and heated bed.
- Needs an extruder