ATEX Technologies


Provider of custom medical textiles and implantable textile components. Offers in-house polymer extrusion, yarn production and multiple textile construction methods (weaving, knitting, braiding, nonwovens), precision cutting and assembly for vascular, structural heart and other implantable device applications. Emphasizes vertical integration, rapid-response manufacturing and regulatory support via an FDA Master File for their material.

Industries

business-development
health-care
manufacturing
medical
medical-device
product-design
textiles

Nr. of Employees

medium (51-250)

ATEX Technologies

Pinebluff, North Carolina, United States, North America


Products

Flat sheets (medical-grade)

Knit, woven or nonwoven flat sheets with tunable pore structure, thickness range (~40 µm to >2000 µm), and options for die/laser cutting, bias cutting and patterned windows or pockets.

Bifurcates and trifurcates (multi-appendage components)

Woven or assembled multi-appendage tubular components for branched vessel applications, produced via attachment of customized elements to a main tube and formed using in-house tooling.

Sutures, tapes, cords and tethers

Braided, knitted or woven narrow components available flat, round, tapered, hollow or with cores; supplied on spools or as assemblies with needles and terminations.


Services

Custom filament, fiber and yarn manufacturing

Extrusion and processing of medical-grade thermoplastic resins into monofilament and multifilament yarns with post-processing to meet target mechanical and surface properties.

Custom implantable textile component manufacturing

Design and production of sutures, tapes, cords, tethers, tubes, tapers, bifurcates/trifurcates, flat sheets and other shaped textile components, supplied as raw components or finished assemblies.

Thin fabric and structural heart device fabric solutions

Development and manufacture of thin, low-permeability woven and knit fabrics designed for transcatheter valves, occlusion devices and sewing rings, including tubular fabrics and laser-cut components aligned to device frames.

Expertise Areas

  • Medical textile manufacturing
  • Implantable device component fabrication
  • Polymer extrusion and material development
  • Textile construction for medical devices (weaving, knitting, braiding, nonwovens)
  • Show More (4)

Key Technologies

  • Polymer extrusion
  • Yarn extrusion (monofilament and multifilament)
  • Weaving
  • Warp knitting
  • Show More (7)

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