UltiMaker ABS

UltiMaker ABS filament for strong, accurate 3D printed parts
UltiMaker ABS filament for durable, warp-resistant 3D prints
UltiMaker ABS Material Properties – Heat and Impact Resistant
Functional Prototypes and Fit Testing with UltiMaker ABS

Tough & Reliable Functional Prototypes

UltiMaker ABS (acrylonitrile butadiene styrene) is a high-performance material designed for functional prototyping, fit testing, and small-scale manufacturing. Engineered to reduce warping and ensure excellent interlayer adhesion, ABS delivers strong, heat-resistant parts that maintain their shape and durability under stress.

Ideal for engineers, educators, and designers, ABS allows for accurate simulation of real-world performance during the development cycle. Whether you're producing test models, validating mechanical fit, or creating rugged parts, UltiMaker ABS makes it easy to go from concept to functional reality.

Available colors


Material Properties

  • Impact resistant
  • Heat resistant up to 100 °C
  • Tough and dimensionally stable
  • Minimized warping for consistent print quality
  • Reliable interlayer adhesion

ABS Material Properties

Print Core
AA

Spool Weight
750 g

Filament Diameter
2.85 mm

Hardness
76 Shore D

Impact Strength
14 kJ/m²

Thermal Resistance
87 °C

Example prints using UltiMaker ABS

Test your prototypes

Optimized for movement and friction-heavy environments, Nylon CF Slide excels in applications where sliding contact is frequent. It’s ideal for jigs, guides, bushings, and other functional parts that require extended service life and low friction against stainless steel.

Fit testing

For educators and professionals looking to simulate or replace POM (acetal), UltiMaker Nylon CF Slide offers a sustainable and easy-to-print option. It delivers comparable wear resistance and low-friction performance, while remaining PFAS-free and fully compatible with Ultimaker S Series printers.

Versatile capabilities

With its matte finish and engineered surface texture, UltiMaker Nylon CF Slide ensures a consistent, professional look. Whether designing parts for automation, robotics, or motion-based assemblies, this material enhances efficiency, reduces maintenance, and increases part longevity—perfect for engineering labs, technical training centers, or production simulations.

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