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By default we use ASA from Polymaker

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

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ASA 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: 4.29 EUR

Available Colors

ASA 3D printing Colors

Custom colors from other brands are possible.

Pros and Cons of ASA

ASA 3D print example 1

Pros

  • UV Resistant – Excellent outdoor durability; won’t yellow or degrade under sunlight.

  • Weather Resistant – Resists moisture, rain, and temperature fluctuations.

  • Strong & Rigid – Similar strength to ABS with better long-term stability.

  • Good Surface Finish – Smooth, matte appearance ideal for visible parts.

  • Chemical Resistant – Tolerates exposure to many oils and chemicals.

  • Easy Post-Processing – Supports sanding, painting, and gluing.

Cons

  • Less Flexible Than Some Alternatives – Not suitable for high-flex applications.
  • Limited Color Range Compared to PLA/PETG – ASA typically comes in fewer color options, especially for industrial-grade variants.
  • Not Biodegradable or Eco-Friendly – ASA is petroleum-based and not a sustainable material choice.
  • Slightly Brittle in Thin Sections – In very thin or narrow geometries, ASA can be prone to cracking or snapping.
ASA Material

UV-Resistant Parts for Outdoor and Industrial Use

 

ASA (Acrylonitrile Styrene Acrylate) is a high-performance thermoplastic known for its excellent UV stability, weather resistance, and mechanical strength. It is an ideal material for functional prototypes and end-use parts exposed to outdoor conditions, making it a popular alternative to ABS in automotive, signage, electrical enclosures, and infrastructure applications.

Our 3D printing service uses industrial-grade ASA filament with FDM technology to produce durable, dimensionally stable components. ASA resists fading, cracking, and warping over time—perfect for parts that must endure sun, wind, and rain without compromising on quality.

Key Benefits of ASA

  • Excellent UV and weather resistance

  • High strength and impact durability

  • Superior surface finish and color stability

  • Ideal for outdoor or high-exposure environments

Our ASA Printing Service

All ASA parts are printed in-house with process control to ensure consistent quality and performance. Whether you’re producing outdoor fixtures, automotive trims, or rugged prototypes, we deliver results that meet industrial standards.

With over 30+ certified materials available on our platform, ASA stands out as the go-to choice for long-lasting performance in harsh environments. We support single prototypes to full-scale production with fast lead times and expert support.

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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