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By default we use ABS from Polymaker

It is possible to request ABS from other brands, please contact directly.

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ABS 3D Printing cost

Cost Example 1 Cost Example 2 Cost Example 3
3D printing cost example 2

Model parameters and settings

 

  • Bounding box: 86 x 70 x 22mm
  • Infill: Medium (50%)
  • Layer Height: 200 microns
  • Weight: 25 grams
  • Price if ordered one: 4.06 EUR

Available Colors

ABS 3D printing Colors

Custom colors from other brands are possible.

Pros and Cons of ABS

ABS 3d print Example 1

Pros

  • High Impact Resistance – ABS can withstand mechanical stress, making it ideal for parts that experience wear and tear.
  • Excellent Dimensional Stability – Maintains accuracy in molded and printed parts under controlled conditions.
  • Good Heat Resistance – Performs well up to ~100°C, suitable for enclosures, housings, and mechanical parts.
  • Lightweight Yet Strong – Good strength-to-weight ratio, essential in automotive and aerospace components.
  • Easy to Machine and Post-Process – Can be drilled, sanded, painted, and chemically smoothed—ideal for functional prototyping.
  • Cost-Effective – Lower material cost compared to high-performance plastics, making it suitable for mass production.
ABS 3D print example 2

Cons

  • Limited UV Resistance –Degrades under prolonged exposure to sunlight unless stabilized (e.g., with UV additives).
  • Not Suitable for High-Temperature Environments –Starts softening above 100°C—may deform in hot operational zones.
  • Lower Chemical Resistance Than High-Performance Plastics –Not as robust as nylon, PEEK, or polycarbonate in chemically aggressive environments.
ASA Material

Why choose ABS?

 

ABS (Acrylonitrile Butadiene Styrene) is a trusted engineering thermoplastic used for strong, functional 3D printed parts. Known for its excellent impact strength, heat resistance, and mechanical durability, ABS is ideal for applications in automotive, consumer electronics, and manufacturing tools.

Our 3D printing service uses high-quality grade ABS filament with FDM technology to deliver precise, production-ready parts. ABS is perfect for printing jigs, fixtures, housings, enclosures, and functional prototypes that must withstand real-world conditions. It’s also post-process friendly—easy to sand, drill, or paint.

Why Choose ABS for 3D Printing?

  • High strength and durability

  • Good thermal resistance

  • Machinable and post-processable

  • Ideal for end-use and functional parts

Our ABS Printing Capabilities

We print all ABS parts in-house to ensure tight quality control, consistent material performance, and fast turnaround. Our experience in working with certified industrial materials makes us a trusted partner for companies in the automotive, electrical, and industrial sectors.

Whether you need a single prototype or a full production run, we deliver ABS components built to spec, on time, and with reliable performance.

ABS Material FAQ

ABS Material – Frequently Asked Questions

1. What is ABS material and where is it used?
ABS (Acrylonitrile Butadiene Styrene) is a tough, thermoplastic polymer widely used in automotive components, electronics housings, industrial enclosures, jigs, and functional prototypes.
2. What are the key properties of ABS plastic?
ABS offers high impact resistance, good dimensional stability, moderate heat resistance (~100°C), and a smooth surface finish. It is lightweight and easy to process via injection molding or 3D printing.
3. Is ABS suitable for outdoor use?
Standard ABS is not UV resistant and can degrade in prolonged sunlight. For outdoor applications, UV-stabilized ABS or ASA (a UV-resistant alternative) is recommended.
4. Can ABS be used for high-temperature applications?
ABS performs well up to around 100°C. For applications involving sustained high heat, consider materials like polycarbonate, nylon, or PEEK.
5. Is ABS plastic recyclable?
Yes, ABS is recyclable and available in recycled grades (rABS). However, it is not biodegradable, so environmental considerations depend on disposal methods and usage.
6. Can ABS parts be post-processed or painted?
Absolutely. ABS is easy to sand, machine, paint, glue, and even electroplate—making it great for both aesthetic and functional finishing.
7. What are the limitations of ABS material?
Key limitations include: poor UV resistance, emission of fumes when printed or molded, not food-safe by default, and lower heat resistance than some engineering plastics.

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