PolymerContinuous Fiber CompositesTRL 5 · Emerging

Continuous Fiber Composites

Used for strong tooling, fixtures, and selected end-use parts.

Emerging

TRL 5

confidence 70%

Trajectory 2025–2035

Growth tied to validated design allowables and clearer replacement cases versus machined aluminum/composites.

RELRelated technologies

TRL 7 · 70% confidence

FDM FFF

Dominant low-cost process; industrial variants support tooling, fixtures, jigs, and end-use polymer parts.

TRL 5 · 70% confidence

Large Format AM LFAM

Used for molds, patterns, tooling, construction-scale polymer/composite structures.

TRL 9 · 90% confidence

Material Extrusion FDM FFF

Most widely deployed polymer AM process. Strong across prototyping, tooling, and selective production. Bambu Lab and Prusa driving rapid desktop performance improvements 2022–2025.

TRL 9 · 88% confidence

Powder Bed Fusion Polymer SLS MJF

Strong production process for polymer end-use parts. HP MJF adopted at production scale by automotive, consumer, and medical sectors. SLS well-established for engineering prototypes and functional parts.

SOURCES & CITATIONSMethodology →

This technology profile draws from AMRoadmap's research dataset. Source citations are being added to individual pages. See methodology.

Cite this page

APA

AM Roadmap. (2026). Continuous Fiber Composites. AM Roadmap (v0.4.2-fixes-deployed). Retrieved 2026-05-17, from https://amroadmap.com/technologies/polymer-continuous-fiber-composites

BibTeX

@misc{amroadmap_continuous_fiber_composites_2026,
  title  = {Continuous Fiber Composites},
  author = {{AM Roadmap}},
  year   = {2026},
  url    = {https://amroadmap.com/technologies/polymer-continuous-fiber-composites},
  note   = {AM Roadmap dataset v0.4.2-fixes-deployed, accessed 2026-05-17}
}

Canonical URL: https://amroadmap.com/technologies/polymer-continuous-fiber-composites