Please see the attached video for more visual information on the process and final product. If you are interested in more information about the process or have any questions regarding the setup please feel free to contact us. We would love to hear feedback or suggestions as well.
Cassondra Stevens, Colette Rixey, and Megan Freeman
Step 1: What You'll Need
For the Body...
(5) 3D Printer belts. You can order one length of belt and cut it down to 5 separate pieces.
(10) Pullies. Make sure they fit to the printer belts.
(6) Aluminum Rods (5/32" D). The height of the rod depends on the height of your desired Z axis.
(2) .5"D Wooden Dowels. Same length as base.
(2) Steel Rods. The Diameter needs to match the motor head diameter. Length of the rod depends on the width of the base. Ours were 18".
(2) 3" Long Aluminum Tubing. This is need to snuggly fit over the steel rod and the motor head (it attaches the two together).
(2) Acrylic Spacers. Diameter needs to fit over the standard chosen screw size. We used 6/32" D.
(10) Linear Bearings. These need to perfectly slide over the 5/32" D Aluminum Rods.
(3) Sheets of 1/4" Plywood (24" x 48")
6/32" Screws. We bought 3 boxes of 100 screws at various lengths .75" 1", 1.25"
(100) Lock Nuts
(16) Wing Nuts. To allow you to adjust the belt.
(100) Washers, Nylon and Metal
Set of Small Rubber Clamps to be your extra hands.
For the Extruder…
(1) Low Temp Mini Glue Gun. You should buy multiple backups. We went through 10.
Tooons of hot glue
(4) Gears. Various sizes.
1' x 1' Sheet of 1/8" Acrylic or Wood
Screws 6/32" D. You can use the screws that are listed for the body.
Multiple Packs of Mini Glue Sticks .27 Diameter
(3) Stepper Motors, one is single headed and two are dual headed
(1) Continuous Loop Servo Motor
(1) Quad Shield Motor Driver
(1) Small Computer Fan
(3) Heat Sinks
Female Headers. To solder to motor driver
(2) 12 Volt Power Adapter
Soldering Iron and Solder
(2) Arduino Uno's
(1) Blank Shield
Tons of zip ties