ABS: Tips and Tricks

In this article you will learn some information to help you master ABS






Note: This article contains advanced information regarding ABS. The default settings for our BCN3D ABS have been tailored for good quality and reliable results, and are fully tested by our laboratory. These tips complement those settings to ensure the best quality in printing with ABS.


ABS (Acrylonitrile Butadiene Styrene) is a widely used material in 3D printing for its impact and thermal resistance. A huge variety of things are made out of this material, for instance, the keyboard we are using to write this article, Lego pieces, sports equipment, automotive parts, and cooking appliances are made out of ABS. 


This material needs some special considerations in order to be successful in printing it as it tends to warp up and unstick from the printing surface. In this article, we'll give you some tips that will help you reach flawless quality in your prints. 


Tip: Check out this material compatibility chart, it will help you choose the materials that fit best with ABS:

Supported Material Combinations.


Clogging prevention

ABS can clog quite easily, especially when it is exposed to high temperatures for an extended period of time. If you are printing in dual extrusion, set a standby temperature of around 150ºC, and no higher as this can clog the hotend.


Before loading ABS, make sure the hotend is clean, and brush away any fused filament that may be stuck on the nozzle:

How to clean the hotend  (BCN3D Epsilon)

How to clean the hotend  (BCN3D Sigmax)

How to clean the hotend  (BCN3D Sigma)

Prevent warping and cracking

ABS has a high contraction ratio, which means it shrinks a lot when it is cooled. This can cause the print to warp and create cracks. To avoid this from happening, ABS has to be printed in an enclosed and warm environment, without any cooling. 


When printing big models, design all the sharp angles with chamfers to avoid layer separation in the corners or cracking. For more tips on this, check our article about first layer adhesion:

How to fix first layer issues

Make it stick and understand how to remove the print

The first layer is the most important layer when printing with ABS. Proper adhesion needs to be ensured to have success in your prints. ABS has a high contraction ratio, and if it is cooled too quickly, it will warp and unstick from the bed. In addition, this contraction can also create tension on the printing surface. If this happens you may find glass chips stuck under your print. Obviously not an ideal situation. 

To prevent all of this from happening, apply a good amount of Magigoo and preheat the hotbed for a few minutes so the printing surface is the same temperature and the build volume is warm. Set up the Adhesion type to "Raft", this will prevent warping and glass chipping as it will use a greater surface for the ABS to stick on the build plate. 

Before taking out your finished print, let it cool down as slow as possible so it contracts uniformly and the tensions mellow. Once cool, remove the print carefully. Here are some more tips that will help you remove your prints:

How to safely remove prints


Forum Community

Need more tips? Check out our forum community for more info about this. 


It's important to keep your printer in good shape to make the most out of it. In this chart, you can find a list of the extruder maintenance procedures and how frequently these should be done. 

Maintenance Plan (BCN3D Epsilon)

Maintenance Plan (Sigma Series)

Maintenance Plan (BCN3D Sigmax)

Maintenance Plan (BCN3D Sigma)


bcn3d-recycle  Take your e-waste to a certified recycler. Check how we do it in BCN3D.



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