Hera Health Solutions
AI-designed fiber writing with a digital twin running alongside it.
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Receive a weekly email digest of the latest fiber technology solutions added by the network.Updated Sept 19, 2026
Fiber technology covers making a fiber, and arranging it. On Halo, the solutions cover nonwovens built from a digital model, synthetic and bio-based hair fibers, and fibers from a waste stream. Every solution comes from the team that developed it, so you can reach the people behind the work directly. Sign up to search the full network and post your specific need.
Hera Health Solutions
AI-designed fiber writing with a digital twin running alongside it.

Northeastern University
Melt electrowriting building a graded microfiber network to spec.
XL
Washington University in St. Louis
Multi-scale hybrid fabrication turning a digital design into a prototype.
PG
Northwestern University
In-gel electrohydrodynamic writing, producing 3D nonwoven fiber directly.
Valor Infrastructure Holdings, LLC
Micro-CT closing the loop between the prototype and the compiler that made it.
BP
North Carolina State University
PHA copolymers and blends that spin into a nonwoven with enough ductility.

Suntech Engineered Materails
PBT and PBT/PET blends melt spun into a synthetic hair fiber.
AL
University of Michigan
Hierarchically structured elastomer fibers built to mimic human hair.

Syracuse University
Artificial hair from wheat gluten and sodium alginate.
Alston Research, Llc.
Keratin fibers engineered with ionic liquids, for synthetic hair.
Fashion Institute of Technology
Controlled spinning that builds a cuticle the way a natural fiber has one.
Cross-linking chemistry repairing a damaged keratin fiber.
Cellulose recovered from citrus juicing and spun into a textile fiber.
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Universities, startups, and suppliers with solutions in fiber technology.
Fiber technology organizationsResearchers and inventors advancing fiber technology solutions.
Fiber technology expertsTwo applications pull the work on Halo. Six entries build a nonwoven from a digital model, using melt electrowriting, electrohydrodynamic writing or micro-CT in a closed loop, and six make a synthetic hair fiber, from PBT melt spinning to wheat gluten to ionic liquid engineered keratin. On Halo it spans three groups: nonwovens built from a digital model, synthetic and bio-based hair fibers, and fibers from a waste stream.
Stage of development. Work on fiber technology on Halo is split between university programs and companies. 37% of the solutions are in market. Co-development and sponsored research are the usual partnering routes, and about 36% of the solutions that state terms offer licensing.
Synthetic hair is a materials problem. Six entries make or repair a hair fiber, and they disagree entirely on the route: PBT melt spinning, hierarchically structured thermoplastic elastomer, wheat gluten with sodium alginate, keratin engineered with ionic liquids, a biomimetic cuticle built during spinning, and cross-linking that repairs damaged keratin. The target property is the cuticle, and nothing reproduces it easily.
Nonwovens specified, not tuned. Six entries make a nonwoven from a digital model: melt electrowriting, in-gel electrohydrodynamic direct writing, multi-scale hybrid fabrication, and a micro-CT loop feeding back to the compiler. Conventional nonwoven processes are adjusted empirically, and this cluster exists to make the structure specifiable in advance.
The waste stream is a fiber source. Three entries spin a fiber out of something already discarded: cellulose recovered from citrus juicing, agricultural residues fractionated into pectin binders and cellulose fibers, and hypoallergenic wheat gluten turned into an industrial biopolymer. Wheat gluten shows up twice on this tree, once as a fiber feedstock and once as artificial hair.
Fiber technology covers making a fiber and arranging it. It spans digitally designed nonwoven fabrication, synthetic and bio-based hair fibers, fibers drawn from agricultural waste, keratin chemistry, and the measurement and modeling of what results. Textile manufacturers, hair product companies and nonwoven converters are the buyers. On Halo the work leans toward nonwovens built from a digital model, synthetic and bio-based hair fibers, and fibers from a waste stream.
Four examples of fiber technology solutions on Halo include:
The most recently updated fiber technology solutions on Halo include:
There are 273 organizations with fiber technology solutions on Halo, 37 of them universities and research institutions. Among them are Hera Health Solutions, Northeastern University, and Washington University in St. Louis. Most offer co-development or sponsored research. Sign up to see every organization working in the area and to send them your specific need.
Browsing fiber technology solutions on Halo is free. Sign up to search the full network and save the ones you want. Post your specific need to get exact matches. Organizations reply directly on the platform.
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