COMPOSITE 3D PRINTING

Manufacturing for the digital age.

Process & Materials

Digital Composite Manufacturing

Composites are among the most advanced materials in engineering. Digital Composite Manufacturing (DCM) creates highly filled composites with precise fiber alignment. The result: high-performance parts, tailored to your project.

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  • Fortify_Photography_Parts_Part5 _1
    01 // Manufacturing

    DCM shortens lead times by weeks compared to traditional manufacturing. Optimized composites form robust end-use parts and injection molding tools that perform better than standard 3D printed molds.

  • Fortify_Photography_Parts_Part3 _1
    02 // Automotive

    Faster, stronger, more efficient vehicles are built with optimized composites. DCM brings a quick turnaround on functional prototypes and end-use parts.

  • Fortify_Photography_Parts_Part2 _2
    03 // Aerospace

    Lighter, stronger aircraft parts are achieved using DCM. Optimized composites replace metal parts, offering geometric freedom and reducing aircraft weight.

Applications

Applications

Fortify_Photography_Parts_Part5 _1
01 // Manufacturing

DCM shortens lead times by weeks compared to traditional manufacturing. Optimized composites form robust end-use parts and injection molding tools that perform better than standard 3D printed molds.

Fortify_Photography_Parts_Part3 _1
02 // Automotive

Faster, stronger, more efficient vehicles are built with optimized composites. DCM brings a quick turnaround on functional prototypes and end-use parts.

Fortify_Photography_Parts_Part2 _2
03 // Aerospace

Lighter, stronger aircraft parts are achieved using DCM. Optimized composites replace metal parts, offering geometric freedom and reducing aircraft weight.