Tailored Fiber Placement for Fiber-reinforced Composites

Another field of activity for Embro is the manufacturing of dry preforms using a method called tailored fiber placement. The resulting preforms are then used to manufacture fiber-reinforced composites. As indicated by the name of this production method, carbon fiber strands, better known as rovings, are placed (laid) on a carrier substrate during this procedure. Thus, it is also called carbon laying. The rovings can be laid in any direction within a 360° circle. You could use an expert for textile placement? Do not hesitate to contact us!

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Composites / Composite Materials

Dry Preforms

The so-called roving laying enables us to produce customer-specific three-dimensional fiber structures. Since our composite technology lays fibers selectively, it is possible to extremely reduce the costs for materials, especially in comparison to braided, woven, or knitted materials. Furthermore, it is possible to define sections of the element that are to be reinforced through repeated fiber placement.

The choice of materials is absolutely free. While we mainly work with aramid, glass and carbon fibers, it is also possible to use other materials or different combinations of materials. The automated and precise alignment of fibers allows us to optimally use the tensile strength of the fibers for each and every product.


Advantages of Tailored Fiber Placement

  • Production of preforms close to final contours
  • High degree of automation
  • Optimal fiber alignment and thus high degree of stiffness
  • Reduction of weight
  • Local reinforcements possible
  • Almost no wastage – hence, reduced costs
  • No additional costs for special tools
  • Large serial production possible

Examples of Applications for TFP

  • Carbon inserts for selective reinforcement in industrial applications
  • Components made of carbon fiber-reinforced polymers (CFRP / CRP) for the automotive industries – e.g., carbon rims
  • Window frames for aviation made of carbon rovings
  • Carbon fiber reinforcements for sporting goods as used by the Institute for the Research and Development of Sporting Goods (Institut für Forschung und Entwicklung von Sportgeräten – FES)

All Products & Embro Technologies


Flexible Electric Heating Elements
& Heating Mats


Functional Textiles
for Medicical Applications


Textile Sensors
Antenna Structures


Smart Textiles & Textile Conductive Tapes


Flexible Electronics & Large-area Conductor Paths