Large 3D Printers: Difference between revisions
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When printing on large 3D printers, thermal effects become more pronounced. Here is a study of issues for printing large objects successfully. | When printing on large 3D printers, thermal effects become more pronounced. Here is a study of issues for printing large objects successfully. | ||
=Analysis of Industry Standards. | =Analysis of Industry Standards= | ||
#Airwolf Axiom 20 - [https://airwolf3d.com/2018/03/27/3d-print-large-parts/] | |||
##150C max temperature (lower than 178C continuous temp for OSE) | |||
##12 by 12 by 20" | |||
##Internal heated chamber has 3 heat sources - Tri-heat | |||
##internal chamber dries filament in 20 minutes | |||
##Uses bed adhesive (consumable). Not state of art. | |||
=Papers= | =Papers= | ||
Revision as of 13:59, 27 July 2019
Intro
When printing on large 3D printers, thermal effects become more pronounced. Here is a study of issues for printing large objects successfully.
Analysis of Industry Standards
- Airwolf Axiom 20 - [1]
- 150C max temperature (lower than 178C continuous temp for OSE)
- 12 by 12 by 20"
- Internal heated chamber has 3 heat sources - Tri-heat
- internal chamber dries filament in 20 minutes
- Uses bed adhesive (consumable). Not state of art.
Papers
Cost
- Gigabot - $9k for kit, $13k for machine - [4]
See Also
Links
- Axiom latge 3D printer with enclosure - only 12x12x20, $10k [5]