Unleash your inner electrical engineer with this exciting new premium 3D printing filament. Since 3D printed objects have varying structures within them, the resistance across the 3D printed object varies as well! The resistance of the 3D printed object can be different when measured across the sides of the object than the resistance when measured from the top to the bottom.
PRODUCT ALERT (2)
Due to the carbon powder blended into this filament, we strongly recommend using a LulzBot Tool Head with a .5mm nozzle for optimal 3D printing performance.
While our internal testing with the LulzBot Hexagon Hot End has not encountered measurable wear on the tool head, pay attention for any print quality changes.
Works with: LulzBot Mini, LulzBot TAZ 6, LulzBot TAZ 5, LulzBot TAZ 5 Hexagon, LulzBot TAZ 6 Hexagon, LulzBot Hexagon, LulzBot Budaschnozzle, LulzBot TAZ Dual Extruder, LulzBot TAZ FlexyDually
Use Conductive PLA filament for low-voltage printed-in-place applications such as contacts, switches, and even internal wiring traces. This premium 3D printing filament can also interact with some touch sensors and even touch screens.
Filament Diameter: 2.85 mm (0.11 inches)
Amount of Filament: 500g (1.1 lbs)
Average Length of Filament: 77 m
Filament color may vary
Estimated resistance of 3D printed parts when measured perpendicular to the layers along the X/Y axis: 30 ohm-cm
Estimated resistance of 3D printed parts when measured through the layers along the Z axis: 115 ohm-cm
Special Tool Head Requirements: LulzBot Hexagon Hot End with 0.50mm nozzle recommended
Hot End Temperature Range: 215°C-230°C
Print Surface: PEI film recommended
Print Surface Temperature: 60°C
Conductive PLA filament ships vacuum sealed and mounted on a reel.
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