colorFabb PLA Filament 1.75mm (2200 g) - Economy Size
European-made, finest quality
Request A Quote
To request a quote, please fill out the form below.
You can also call us at 800-689-4344 or email us at info@3duniverse.org.
Or fill out the form below, and we'll reach out within one business day.
Teachers, Educators, & Administrators
If you're part of an academic institution, we're committed to collaborating with you to arrange exclusive pricing and flexible payment options. Simply request a quote using the form below to get started, and when you're ready to order, we'll provide Net 30 payment terms for qualifying organizations.
State & Local Goverment Agencies
We offer special pricing for government agencies. 3D Universe is an authorized GSA contractor and has UEI, CAGE, and SAM codes available. Simply request a quote using the form below to get started, and when you're ready to order, we'll provide Net 30 payment terms for qualifying organizations.
Overview
colorFabb PLA Economy
PLA Economy is a high quality 3D printing filament, available on XL and larger spools only in a limited amount of colors. With the added impact modifier it is a bit tougher than your average PLA filament. By keeping the portfolio limited and on large spools only we are able to keep the price per kg as low as possible.
PLA Economy is a perfect solution for users in need for large volumes of quality filament at an affordable price.
Specifications
Material:
Colorfabb PLA Economy
Diameter Tolerance:
± 0.1 mm
Density:
1,2-1,3 g/cm3
Glass Transition Temperature:
55C
Printing Advice
At colorFabb we have a well-equipped 3d printing studio with many popular 3d printers. Our grade of Economy PLA has been tested using various 3D printers, which has resulted in the following recommended settings.
Advised 3D printing temperature
195C-220C
Advised 3d print speed
40 - 100 mm/s
Advised Heated bed
50-60C
Cooling fan
100% fan cooling for best aesthetics, this gives best performance on overhangs and small details. For best mechanical performance try printing with the least amount of cooling needed, for optimal layer adhesion.
