Your 3D prints are failing because you’re using the wrong material, and PLA is the culprit
Every standalone desktop 3D printer shipped today promises the same unwritten joys of manufacturing anything you can design, in any material, straight from a spool of plastic. Yet for sheer cost efficiency and other inexplicable reasons, you'll only see a roll of Polylactic Acid or PLA shipped as the trial filament with most new printers. It is affordable, odorless, and behaves beautifully on a bare glass bed without generating toxic fumes. The ease of use has made it a universal default for print after print based on the dangerously incorrect assumption that if it looks solid on the build plate, the print will perform well in real-world conditions.
Every standalone desktop 3D printer shipped today promises the same unwritten joys of manufacturing anything you can design, in any material, straight from a spool of plastic. Yet for sheer cost efficiency and other inexplicable reasons, you’ll only see a roll of Polylactic Acid or PLA shipped as the trial filament with most new printers. It is affordable, odorless, and behaves beautifully on a bare glass bed without generating toxic fumes. The ease of use has made it a universal default for print after print based on the dangerously incorrect a**umption that if it looks solid on the build plate, the print will perform well in real-world conditions.
Emily Brown
Houston
Houston
Published by: aplhsindia.in
