Aluminum 3DPrintMi - 3DPrinter Assembly Guide

Aluminum 3DPrintMi is an open source, Reprap 3D Printer and the next iteration of the original 3DPrintMi. As part of the Reprap movement, it has the ability to self replicate by printing a portion of itself and assembled together with fasteners.

For more information, please visit the links listed below:

• Printer Info and specifications
• Bill Of Materials
• Part Download

Summary
After building the original 3DPrintMi, I continued to make improvements in an effort to reduce cost and further increase the ease of assembly. The Aluminum 3DPrintMi retains a few sub-components from the original design but with a few changes. The frame was redesigned using aluminum extrusion 2020s, significantly reducing assembly time, part count, and overall cost per unit. To improve the user experience in operating the 3DPrintMi, an induction probe was added into the final design, streamlining the bed leveling process. After printing 1000+ hours with the Aluminum 3DPrintMI and listening to other 3DPrintMi users, I have determined that it's current state is ready for release and, as usual, open source and free for the public. Enjoy the build!

Getting Started
This guide will provide you the step-by-step instructions on how to assemble the printer's frame, assuming that the user has already pre-assembled the electronics before hand. I highly recommend you review the pictorial guide to get a good sense of what to expect. The pictures are self explanatory and the written instructions are there to aid the assembly.

Bill of Material

• Download and review the Bill of Materials
• To acquire the printed parts files, download here.

Before you start buying the materials, you will need to complete the BOM by selecting the desired selections based on your preferable budget, setup and convenience in sourcing the parts. The options are highlighted in orange and the parts will auto-update the price and source link so take your time selecting your material.

Sourcing the printed parts may be a bit tricky since you will have to search around for someone or someplace with a 3D Printer. Look around if there's a local Hackerspace nearby, most likely they have 3D Printers that you can use or pay someone to print them for you. If you can't find anyone, PM me and I can work something out.

Tools

• Digital Caliper
• Wire cutter (to cut zip ties)
• Needle nose pliers
• Slip joint pliers
• 2.5mm/3/32" Hex screw or a thin Phillip screwdriver (depends what kind of M3 screws you use)
• Reaming tool (to enlarge holes if part quality is low)

These are the parts that make up the printer. They are ready to be downloaded and printed on any 3d printer that has a build area of at least 152mm x 152mm (6" x 6"). Refer to the BOM to see the number of printed parts needed.

The Printed parts are listed as follows:

1. Y End Motor_AL
2. Y End Idler_AL
3. Y Carriage_A_Ver.2
4. Y Carriage_B_Ver.2
5. X End Motor
6. X End Idler
7. X Carriage
8. Extruder mount
9. 2020 Corner Brace
10. Z Motor Housing_A
11. Z Motor Housing_B
12. Bottom Z Rod Brace
13. Z Coupling
14. Top Z Rod Stabilizer_A
15. Top Z Rod Stabilizer_B
16. Top Z Rod Brace
17. Endstop mount
18. Knob
19. Y Carriage Extender_A
20. Y Carriage Extender_B
21. Spool Roller_A
22. Spool Roller_B
23. Filament Feed Guide
24. Induction Probe
25. Blower Fan Duct
26. Blower Fan Holder

Total: 14

Parts

• 13 - 2020 Corner Brace
• 26 - M3 x 10mm
• 26 - M3 T-Nut

Notes

• Do not tighten, leave it loosely fit
• Some T-Nuts will need to be taken off the corner braces and installed into the frame

Total: 2

Parts

• 2 - Endstop Mount
• 2 - M3 Hex nut

Notes

• Use slip joint pliers to insert M3 Hex nuts

Total: 8

Parts

• 8 - Knob
• 8 - M3 Hex Nut

Notes

• Use slip joint pliers to insert M3 Hex nuts

Parts

• 1 - X Carriage
• 1 - Extruder Mount
• 6 - M3 Hex Nut
• 4 - M3 x 25mm
• 3 - LM8UU (Optional to install now, can wait until later on)

Notes

• Use slip joint pliers to insert M3 Hex nuts

Total: 2

Parts

• 2 - Z Motor Housing A & B
• 12 - Square Nuts
• 2 - Bottom Z Rod Brace
• 8 - M3 x 18mm
• 16 - M3 x 10mm
• 2 - Nema17 Motor
• 2 - Vinyl tubing
• 8 - M3 Hex Nut
• 8 - M3 Washer

Notes

• Use slip joint pliers to insert M3 Hex nuts
• Skip the Nema17 Motor installation until the frame assembly

Parts

• 1 - X End Motor
• 2 - LM8UU
• 1 - GT2 16 teeth
• 1 - Nema17 Motor
• 4 - M3 x 10mm
• 2 - Zip Ties

Notes

• Do not press fit the M8 Hex Nut yet, it will go on the threaded Z rod
• Use Zip Ties to secure LM8UU Bearings

Parts

• 1 - Y End Motor
• 2 - LM8UU
• 2 - F608ZZ Flanged Ball Bearing
• 1 - M8 x 35mm Cap Screw
• 1 - M8 Hex Nut
• 2 - Zip Ties

Notes

• Do not press fit the M8 Hex Nut yet, it will go on the threaded Z rod
• Use Zip Ties to secure LM8UU Bearings

Parts

• 1 - Y End Idler
• 4 - M3 x 10mm
• 2 - M3 x 18mm
• 4 - Square Nuts
• 2 - F608ZZ Flanged Ball Bearing
• 1 - M8 x 35mm Cap Screw
• 2 - M8 Washer
• 1 - M8 Hex Nut
• 2 - M3 Hex Nut

Parts

• 1 - Y End Motor
• 7 - M3 x 10mm
• 2 - M3 x 18mm
• 1 - Nema17 Motor
• 1 - GT2 16 teeth pulley
• 4 - Square Nuts
• 2 - M3 Hex Nut

Total: 2

Parts

• 2 - Z Coupling
• 8 - M3 Hex Nut
• 8 - M3 x 18mm
• 8 - M3 Washer

Notes

Install 8mm lead screw during frame assembly

Total: 2

Parts

• 2 - Top Z Stabilizer (A & B)
• 2 - Top Z Rod Brace
• 4 - M3 Washer
• 3 - M3 x 10mm
• 4 - Square Nuts
• 4 - M3 x 18mm
• 4 - M3 Hex Nut

Total: 2

Parts

• 2- Spool Holder (A & B)
• 4 - M3 x 10mm
• 4 - Square Nuts
• 8 - F608ZZ Flanged Ball Bearing
• 4 - M8 x 35mm Cap Screw
• 4 - M8 Hex Nut
• 4 - M8 Washer

Parts

• 1 - Filament Guide Holder
• 1 - M3 x 10mm
• 1 - Square Nuts

Parts

• 1 - Y Carriage A
• 1 - Y Carriage B
• 2 - Y Carriage Extender A
• 2 - Y Carriage Extender B
• 8 - Sub-assembled Knob
• 4 - LM8UU
• 6 - M6 Thin Hex Nut
• 2 - M6 x 110mm Cap Screw
• 4 - M6 Washer
• 12 - M3 Hex Nut
• 12 - M3 Washer
• 8 - M3 x 18mm
• 4 - M3 x 25mm
• 1 - 200 x 200mm HeatBed
• 1 - 200 x 200mm Glass
• 1 - 200 x 200mm 28 gauge galvanized steel sheet

Notes

• Use 28 gauge galvanized steel sheet for Induction Probe setup
• Drill out hole with 1/4" drill bit If using 1/4" Cap Screw instead of M6

Parts

• 1- Blower Fan Holder
• 1- Blower Fan Duct
• 1 - Blower Fan
• 2 - M3 x 25mm
• 2 - M3 Hex Nut
• 1 - M3 x 10mm

Parts

• 1 - Induction sensor (SN04-N probe)
• 1 - Induction Sensor Holder
• 2 - M3 Hex Nut
• 2 - M3 x 18mm

Parts

• 3 - Aluminum Extrusion 2020
• 4 - Sub-assembled Corner Brace

• 9 - Square Nuts
• 1 - Sub-assembled Corner Brace

Notes

Use Square Nuts on the Z Motor Mount

Parts

• 2 - Sub-assembled Z Motor Mount
• 1 - Sub-assembled Corner Brace
• 1 - Aluminum Extrusion 2020

Notes

Remove Nema17 Motors from the Z Motor Mount in order to tighten screws

Parts

• 1 - Sub-assembled Y Idler
• 1 - Sub-assembled Y Motor

Parts

• 2 - Sub-assembled Corner Brace
• 2 - Sub-assembled Top Z Brace

Parts

• 1 - Sub-assembled X Carriage
• 1 - Sub-assembled X Idler
• 1 - Sub-assembled X Motor
• 4 - 8mm Smooth Rods
• 2 - Z Coupling
• 2 - M8 lead screw
• 8 - Zip Ties (Large Size)

Parts

• 2 - 8mm smooth rod
• 1 - Sub-assembled Y Carriage (No HBP & Glass)

Parts

• 8 - Zip ties (small size)

Parts

• 2 - End-stop

Notes

One end-stop for each axis (X & Y)

http://www.thingiverse.com/thing:1236065

Files for the Direct Drive Vert-Xtruder available on my thingiverse page

http://www.thingiverse.com/thing:137806

The Hotend used is the E3D V6

http://e3d-online.com/

Parts

• 2 - Sub-assembled Spool Holder (A & B)
• 1 - Filament Guide Holder
• 1 - PTFE Filament Tube

Notes

Install PTFE Filament Tube and cut to length

Setting up the induction probe for auto-leveling will take some time. I create a step-by-step tutorial on my blog couple months back along with a list of other sources that helped me get it going. The induction probe can be replaced with a simple mechanical switch for the Z stop but once you use the auto-leveling feature, you never want to go back. Follow the blog and should have it up and running in no time.

http://gyroe3dprinter.blogspot.com/2015/02/aluminu...

Congratulations! You have completed assembling your very own Aluminum 3DPrintMi.

All you have to do now is hook up any available 3D Printing electronic board and there are numerous tutorials online that you can follow. Good luck and happy printing!