BotFeeder Filament Temperature Guide

 

Original PLA

Extrusion temperature: 200 to 220 C
Print bed temperature: 66 to 70 C (optional)
Print speed: 30 to 90 mm/sec
Layer thickness: 0.05 to 0.40 mm


neoPLA

Extrusion temperature: 185 to 220 C
Print bed temperature: 60 to 65 C (optional)
Print speed: 30 to 90 mm/sec
Layer thickness: 0.05 to 0.40 mm


ecoPLA

Extrusion temperature: 188 to 200 C
Print bed temperature: 60 to 65 C (optional)
Print speed: 30 to 90 mm/sec
Layer thickness: 0.05 to 0.40 mm


ABS

Extrusion temperature: 250 to 260 C
Print bed temperature: 110 to 120 C
Print speed: 30 to 90 mm/sec
Layer thickness: 0.05 to 0.40 mm


Filaglow Glow in the Dark

Extrusion temperature: 205 to 225 C
Print bed temperature: 70 to 80 C (optional)
Print speed: 30 to 90 mm/sec
Layer thickness: 0.05 to 0.40 mm
Note:
*Clean nozzle


Filastic Flexible

Extrusion temperature: 220 to 240 C
Print bed temperature: 100 to 110 C (optional)
Print speed: 30 to 60 mm/sec
Layer thickness: 0.20 to 0.40 mm
Note:
*Supple material


Filatron Conductive

Extrusion temperature: 200 to 220 C
Print bed temperature: 65 to 75 C (optional)
Print speed: 30 to 60 mm/sec
Layer thickness: 0.20 to 0.40 mm
Note:
*Clean nozzle


refilactive Reflective

Extrusion temperature: 230 to 240 C
Print bed temperature: 70 to 80 C (optional)
Print speed: 30 to 60 mm/sec
Layer thickness: 0.20 to 0.40 mm
Note:
*Supple material


Click to download PLA SGS certification

Click to download ABS SGS certification

Click to download PLA Safety Data Sheet (SDS)

Click to download ABS Safety Data Sheet (SDS)


*Clean nozzle
Some materials are very aggressive and will wear your nozzle over time. It is suggested to clean your nozzle tip after every print to maintain your printer at top condition. This apply to Filaglow and Filatron.


*Supple Material
Since the material itself is supple, it is therefore recommended to have the printer built with the stepper motor directly above the tube. This allows the material to exert its maximum thrust as the motor draws it in. The gap between the feeder gear and the tube should be minimal at best (< 5mm is recommended), and the diameter of the tube should be as close as possible to 1.85mm. Also be aware that the feeder gear should not squeeze too tight. Having just enough force to draw in the material will suffice. It is of utter importance that the nozzle and the heated bed are kept at a distance as the preliminary layer is extruding. Failing to do so may result in bending of the material due to excessive resistance, and render the material unable to be drawn into the feeder successfully. When the print is complete, allow the heated bed to cool down prior to removing the print. Attempting to remove the print while the temperature remains moderately high may cause distortions to the print.