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BotFeeder neo-PLA™ Series
Product model BF00000
Brand BotFeeder
Price 190 

Quantity

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BotFeeder neo-PLA™ Series 
Jet Black / White — Avaliable for two colors


neo-PLA™ is an advanced version of PLA, derived from BotFeeder's valuable user feedback and professional suggestions from many machine manufacturers over the past few years. From the team's professional knowledge of the material, the accumulation of up to 30,000 hours of 3D printing experience, and discussions and exchanges between many users and machine manufacturers, after half a year of development and testing, BotFeeder has BotFeeder has launched an evolved version of PLA "neo-PLA™".


Material Properties:

neo-PLA™ is a brand new process that uses high pressure, low temperature and low shear to maintain material properties close to those of the original material. neo-PLA™ can be printed directly onto most all-metal nozzles (except Teflon tubes) and the toughness of the material is greatly improved, as is the print performance. The stable output of neo-PLA™ improves flatness from layer to layer, making the overall object much smoother.

BotFeeder neo-PLA™ Series - 1.75mm
Jet Black and White colors



3D Printed Samples:


BotFeeder neo-PLA™ Series - Jet Black Sample

BotFeeder neo-PLA™ Series - White Sample

BotFeeder neo-PLA™ Series - White Sample

 

※ Can be used with or without Teflon tubes.

※ Teflon tubes are used for better performance.

※ All metal nozzles can be used (including UP series machines).

 
Nozzle Tempearture
188℃ ~ 200℃
Printing Speed
30 ~ 90 mm/s
Thickness of Layer
0.05 ~ 0.4mm
Build Plate Temperature
Not necessary (Recommmened setting between 60~65 deg C, if there's any heating build plate)
Build Plate Material
Please stick the 3M blue tape if you don't use the heating build plate

1.75mm
Material PLA
Diameter 1.75mm
Net Weight 1 kg
Gross Weight 1.45kg (including spool and packaging)
Roundness +/- 0.03
2.85mm
Material PLA
Diameter 2.85mm
Net Weight 0.75 kg
Gross Weight 1.2 kg (including spool and packaging)
Roundness +/- 0.03
 
*Due to the different construction of each machine, there are still some parameters that need to be adjusted by the user to achieve the best printing results.

(Ex.: 0.2mm thickness @ 198 deg C @ 35mm/s)

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