FDM Thermoplastic
Similar to ABS, Only Better.ASA filament (acrylonitrile styrene acrylate) is a versatile, all-purpose FDM® thermoplastic suitable for a wide range of applications. With a chemical makeup similar to ABS, ASA offers improved mechanical properties, superior surface aesthetics, and built-in UV resistance for outdoor durability. Available in 12 colors, more than any other FDM material, ASA is also offered in TrueRefill™ configuration. Through the TrueRefill™ program, ASA is supplied in refillable material packs that reduce packaging waste and material costs while delivering the same Stratasys material performance and print consistency.
Concept models, early prototyping and functional prototypes.
Jigs, fixtures and manufacturing aids.
Low-volume production and highly customized parts.
ASA : 33MPa
ABS-M30 : 32MPa
ASA : 321J/m
ABS-M30 : 300J/m
ASA : 9%
ABS-M30 : 7%
Produce large, strong parts with the Stratasys F870 industrial FDM 3D printer, featuring a large build volume, high throughput and engineering-grade materials.
Learn More
Perfect for the office or the shop floor, F123 Series printers combine easy design-to-print operation with reliable, industrial-grade results.
Learn More
Leverage the versatility of being able to print using multiple FDM materials with the Fortus 450mc printer.
Learn More
For big parts, large print jobs or a combination of both, rely on the F900, compatible with most Stratasys FDM thermoplastics.
Learn More
Composite-ready, F170CR and F370CR printers offer high-strength carbon fiber materials in a reliable, user-friendly industrial printer platform.
Learn moreASA (acrylonitrile styrene acrylate) FDM® filament is a broad-use commodity thermoplastic. It is similar to ABS (acrylonitrile butadiene styrene) but exhibits better UV resistance, mechanical properties and aesthetics than ABS.
ASA is suitable for most general-purpose 3D printing applications involving prototyping, jigs and fixtures and low-volume production parts. ASA filament is available in the most colors of any FDM material.