Additive Manufacturing for the Automotive Industry

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AM Materials in Automotive

PA12

Biocompatability USP Class I-IV

US FDA Guidance for Skin Contact

UL 94 and UL 746A Certification

Excellent strength-to-weight ratio

High chemical resistance properties

Tensile Modulus 2000 MPa

Tensile Strength of 50MPa

Tensile Modulus of 1900MPa

Elongation at Yield of 9%

Tensile Strength of 50MPa

Tensile Modulus of 1900MPa

Elongation at Yield of 9%

Tensile Strength of 50MPa

Tensile Modulus of 1900MPa

Elongation at Yield of 9%

PA11

Tensile Strength of 50MPa

Tensile Modulus of 1900MPa

Elongation at Yield of 9%

Renewable raw materials

Flexural strength 70 MPa

Elongation at break 35%

Tensile Strength of 50MPa

Tensile Modulus of 1900MPa

Elongation at Yield of 9%

Renewable raw materials

Flexural strength 70 MPa

Elongation at break 35%

316L

Extreme corrosion resistance

High temperature performance

Excellent elongation and ductility

Extreme corrosion resistance

High temperature performance

Excellent elongation and ductility

UTS of 655MPa

Elongation of 44%

Modulus of Elasticity of 182GPa

Extreme corrosion resistance

High temperature performance

Excellent elongation and ductility

See Our Suite of Materials

Automotive Applications

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Prototyping: create prototypes of new automotive designs; quickly and cost-effectively test and refine designs before moving to mass production.

Tooling: produce jigs, fixtures, and molds used in the production process which can be customized for specific production needs and produced quickly, reducing lead times.

Spare Parts: produce spare parts on-demand, reducing the need for large inventories and improving supply chain efficiency.

Lightweighting: produce parts with complex geometries, enabling weight reduction through the use of optimized structures and materials, improving things such as fuel efficiency and vehicle performance.

Customization: customize parts and components to offer personalized options to consumers.

Additive by the Numbers in Automotive

Explore Our Technologies

Global AM market projected at $7.9B by 2027

CAGR of 21.7%

Lower production costs

Lower development times and times to market

Faster prototyping

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