Graphics Reference
In-Depth Information
remarkably like the real thing. Through care-
ful work, pieces printed in crazy pink, green,
and translucent filaments are made to re-
semble clay, stone, metal, and wood. How do
they do that?
Files, narrow, diamond grit
Coffee/spice grinder (for grinding fila-
ment)
For sanding/polishing:
Tools and Materials
Sandpaper: 80/100, 150, 220, 320, and
500 grits
3M Wetordry Polishing Papers
Micro-Mesh Soft Touch Pads and Col-
ored Sanding Sticks
Sanding/polishing/buffing disks for ro-
tary tool
Novus Plastic Polish Kit
Benchtop vise such as a PanaVise
Pliers, combination (aka lineman's pliers)
Pliers, needlenose
Multitool
Safety goggles (I like DeWalt's DPG82-11C
clear anti-fog model)
Respirator for sanding/particulates (I
use 3M's 8511 particulate respirator)
For filling/gluing/painting/sealing:
Acetone for use with ABS objects (not
PLA)
Resealable container, acetone-resistant
Enamel hobby paints such as Testors
Acrylic paints
Clear-coat spray paints (I use Krylon
Crystal Clear Acrylic, Matte Finish, and
Triple Thick Crystal Clear Glaze; and Rust-
Oleum Matte Clear and Gloss Clear).
For friction welding:
High-speed rotary tool with 1” and 3/32”
collets, such as a Dremel
Filament for 3D printer, ABS or PLA
For heating/reworking:
Hot air SMD rework station ( Figure 13-1 )
or other small heat gun
Soldering iron and solder
Brass tube to fit snugly over your solder-
ing iron tip
Metal plate or mirror (optional) for fast
cooling
Nail, steel, large (for cooling/pressing)
For trimming/grinding:
Deburring tool (I use Noga's heavy duty
NG-1 model)
Flush cutters (aka diagonal pliers) or wire
cutters
Figure 13-1. Hot air rework station
 
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