Both ABS and PLA are
thermoplastics. Thermoplastics become malleable when superheated, thus allowing
you to mould them into different shapes prior to cooling. 3D printing uses both
PLA and ABS filament via similar processes, but they differ in as much as some
printers will only utilise ABS or PLA.
Unlike inkjet and laser
printers which use printer ink cartridges and toner cartridges to
dispense a print medium. 3D Printers use thermoplastics which are dispensed
from a reel through a heated nozzle to form a 3D printed object. This plastic
is called filament.
ABS
Filament
Acrylonitrile Butadiene
Styrene, or ABS, is an oil-based plastic. Used for constructing things such as
car parts, musical instruments, and Lego building blocks it is a strong, sturdy
material. With a high melting point, ABS filament can warp if it is allow to
cool while printing. Therefore ABS prints should be carried out on a heated
surface, which many home use printers do not have. ABS also gives off fumes
when in use requiring adequate ventilation.
Examples of 3D Printers that us
ABS filament are the Colido 2 0 High Resolution
FDM 3D Printer and the Ultimaker 2 Go High
Resolution FFF 3D Printer both printers can use ABS and PLA Filament.
PLA
Filament
Made from organic material,
cornstarch and sugarcane, Poly Lactic Acid, PLA, is both easier and safer to
use than ABS. PLA gives smoother and shinier appearance that's more
aesthetically pleasing on the eye, it also has a slightly sweet odour when
heated opposed to the harsh smell often associated with ABS. But, whilst PLA filament might seem like a better overall choice
at first glance, it has a far lower melting point than ABS. Printed parts made
from PLA that are intended for use in mechanical operations, or parts that are
stored in high temperatures can become warped cracked or even melt. Although
weaker than ABS, PLA can achieve a superior level of print detail and is less
prone to errors while printing.
Examples of 3D Printers that us
PLA filament are the Colido Compact
3D Printer High Resolution FDM 3d Printer and the Da Vinci 1.1 Plus 3D Printer which use
both ABS and PLA Filament.
To
summarise
ABS filament is will give your
printed objects better structural integrity and will be more suited to
mechanical use, but it also requires specific types of printers and printing
surfaces such as a heated bed.
PLA filament gives you more
precise prints with better aesthetic quality, as well as more flexibility with
printing conditions. Simply put, PLA is for hobbyist 3D printers while ABS
filament is more suited to commercial grade products that need to endure more
rigorous wear and tear.
Related
Article: 3D Printers – How Do They Work?
Very usefull information on your post.
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