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Composite design, analysis, and manufacturing solution

Note: TruComposites requires Inventor. If you don’t have Inventor, you can download a free trial.

TruComposites overview video (1:28 min.)

Design, analyze, manufacture parts with one integrated solution

TruComposites composite analysis software provides a comprehensive workflow for hand layup and automated fiber placement.

  • Design layups and analyze material layup quality.
  • Generate flat patterns, laser projection data, and NC code for manufacturing.

Choose better manufacturing strategies for your designs

Analyze material defects during the manufacturing process. Inspect fiber angle deviation, fabric wrinkling, steering, compaction, gaps and overlaps, and minimum tow length

Import any existing composite designs to save time

  • Work with any model, created in any CAD software, saved in virtually any format.
  • Use composite-design-rich data models from CATIA composite design and FiberSIM.

Import existing designs (video: 1:17 min.)

Which TruComposites product is right for you?

  • TruComposites Standard

    Comprehensive design to manufacture workflow for hand layup.

  • TruComposites Ultimate

    Program and simulate fiber placement and tape laying equipment. Compare as-designed to as-manufactured parts and automatically compensate for out of tolerance areas.

See how people are using TruComposites

US Sailing uses TruComposites to prototype and build sailing vessel

US SAILING

Building a better racing sailer with hydrofoil design

US Sailing uses TruComposites to build a carbon fiber Moth class hydrofoil designed in Fusion 360.

Image courtesy of Richard Didham

Automated fiber placement machine

AUTODESK CHINA RESEACH AND DEVELOPEMENT

Optimizing AFP with simulation

Research and development team uses virtual design and manufacturing validation for automated fiber placement layup to minimize production cost.

Image courtesy of Automated Dynamics

See how TruComposites works with other Autodesk software

  • Transfer models from Fusion 360 to TruComposites to begin composite design and manufacturing.

  • Nest composite flat patterns from TruComposites directly in Inventor with Inventor Nesting.

  • Export nesting information to TruNest, including layup sequence, material, and orientations.

  • TruComposites + Fusion 360 (video: 3:07 min.)

    Transfer models from Fusion 360 to TruComposites to begin composite design and manufacturing.

  • TruComposites + Inventor Nesting (video: 2:16 min.)

    Nest composite flat patterns from TruComposites directly in Inventor with Inventor Nesting.

  • TruComposites + TruNest (video: 4:10 min.)

    Export nesting information to TruNest.