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Thursday, March 20, 2014
3D Printer Build History
I have not been doing a good job at keeping up with posting about the 3D Printer. I have managed to take a number of pictures which show the progress over the last few months.
Rough hot end holder |
Y-slides and precision rods |
Y-slide |
Belt idlers |
Early Assembly |
XY Stage (Holds hot end) |
Filament Extruder (Knurled wheel and idler bearing) |
Filament Extruder Gears |
Filament Extruder |
Hot End |
Hot End |
Hot End |
LCD Holder |
LCD Working! |
Labels:
3D Printer,
Arduino
3D Printer
Partnering with my dad, we have designed and built our very own custom 3D printer. He has done the bulk of the mechanical design and fabrication whereas I have done the bulk of the electrical work (the easy part). Now we have something to show.
You will be seeing a lot more posts about this and hopefully robotic projects utilizing the 3D printer.
The frame is made from extruded aluminum, mostly from a company called 80/20 "The Industrial Erector Set" (but bought from amazon).
The 8mm hardened rails have cheap linear ball bearing slides.
We decided to go with the "h-belt" drive which was made popular by CoreXY. The RepRap Marlin firmware (link here) has an option to control such a drive system. It utilizes both motors in order to drive in a single direction. Typical x-y stages have a single motor for a single axis. The CoreXY site goes into the advantages, but we liked it due to the ability to drive the stage, which holds the hot end, in x and y rather than driving the in a single direction and moving the platform, where you print.
H-Belt Drive System |
We also decided to use the RAMPS 1.4 board which utilizes a Arduino Mega. So far I have been impressed with how simple the electrical and firmware setup has been. We purchased this kit from Sainsmart (SKU:20-013-213).
Sainsmart Kit (SKU:20-013-213) |
RAMPS 1.4 and LCD Display |
Together we have spent approximately $1,200, however, for that cost we have bought enough components for two printers! (although only have one built as of this post
First X-Y Test |
MORE TO COME!
Labels:
3D Printer,
Arduino
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