3D Printing Materials


At a glance




Black, White




Functional prototyping, rugged tooling and production parts

About The Material

Combines heat resistance of PC and flexibility of ABS

Max Print Size

914 x 609 x 914 mm

About the Material

PC+ABS (Polycarbonate + Acrylonitrile Butadiene Styrene) is a hybrid 3D printing material that combines the properties of polycarbonate and ABS. It offers a balance of strength, impact resistance, heat resistance, and ease of printing. Here are some common applications for PC+ABS in 3D printing:

Functional Prototypes: PC+ABS is often used to create functional prototypes of products and components that require a combination of strength and impact resistance.

End-Use Parts: It is suitable for producing end-use parts and components in various industries, including automotive, electronics, and consumer goods.

Automotive Components: PC+ABS is employed to manufacture automotive parts such as interior trim, dashboards, door panels, and custom accessories due to its strength and heat resistance.

Electronics Enclosures: It is used to create enclosures and housings for electronic devices, providing protection against impact and environmental factors.

Custom Tools and Fixtures: Manufacturers use PC+ABS to produce custom tools, jigs, fixtures, and assembly aids that require toughness and resistance to wear.

Low-Volume Production: PC+ABS is suitable for low-volume production runs of parts and components, offering a balance of strength and ease of manufacturing.

Consumer Electronics: It is used in the production of casings, enclosures, and brackets for consumer electronic devices.

Medical Device Components: Some medical device components, such as custom brackets and fixtures, can be made from PC+ABS.

Aerospace Components: In aerospace applications, where materials must meet stringent performance standards, PC+ABS can be employed for producing components like ducts and housings.

Custom Packaging: PC+ABS can be used to prototype custom packaging inserts, trays, and protective packaging for various products.

Durable Tools and Equipment: PC+ABS is used to create durable tools and equipment components, particularly those exposed to mechanical stress.

Industrial Equipment: It is employed for producing parts used in industrial equipment and machinery that require resistance to impact and heat.

Educational Models: PC+ABS is used in educational settings to create models for teaching various subjects, including engineering and science.

Custom Enclosures and Housings: PC+ABS is chosen for creating custom enclosures and housings for various applications, including specialized machinery and equipment.

Water-Resistant Parts: Its resistance to moisture makes it suitable for applications exposed to water or humidity.

Outdoor Equipment: PC+ABS is used in the production of outdoor equipment and recreational gear that requires durability and impact resistance.

Custom Prototyping: Designers and engineers use PC+ABS to create prototypes that need to withstand harsh environmental conditions.

Cosmetic Packaging Prototypes: It is used to prototype packaging designs for cosmetics, skincare, and personal care products.

PC+ABS is valued for its balanced properties, making it suitable for applications where a combination of strength, impact resistance, heat resistance, and ease of printing is required. It is often chosen when parts need to perform reliably in demanding environments.

Material Properties

Ultimate Tensile Strength

Metric: 36 MPa
Imperial: 5200 PSI

Elongation at Break


Modulus of Elasticity

Metric: 1900 MPa
Imperial: 275570 PSI

Flexural Strength

Metric: 68 MPa
Imperial: 1160 PSI

Highest Operating Temperature (C)

Metric: 103C
Imperial: 217F

Material Datasheet

Why Use This Material

FDM 3D printed ASA is commonly utilized for general prototyping applications including concept models, early prototyping and functional prototyping. Due to its UV resistance, it is ideal for applications requiring significant UV exposure or those that require long-term durability and weather resistance.


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