Biomedical Textiles for Dental Applications

Reinforcing Composite Resins with Textiles Can Increase Strength and Performance for Longer-Lasting, Better Results.

Biomedical Textiles for Dental Applications

Reinforcing Composite Resins with Textiles Can Increase Strength and Performance for Longer-Lasting, Better Results.

Today’s dentistry continues to evolve and new innovations in materials and approaches are many.  The existing set of materials currently used in dentistry (ceramics, polymers, and composites) are being further advanced and augmented with new textile structures that improve performance.  This area of dentistry is often referred to as fiber-reinforced composites.

Fiber-reinforced composite restorations are resin-based restorations that contain a medical-grade textile to enhance their physical properties. Fiber reinforcing of composite resins is not a new idea and several dental manufacturers offer these materials for a range of procedures to extend the clinical applications of existing materials.  The role of the fibers is to increase/bolster the structural properties of the bonding material and to stop cracks.  The bonding or resin materials act to protect the fibers and maintain the predetermined geometrical arrangement of the fibers for maximum strength.

Clinical applications of fiber-reinforced composites in dentistry include: 1

  • Reinforced direct composite restorations
  • Single indirect restorations (inlay, onlay, partial/full veneer crowns)
  • Periodontal splinting/post trauma splints
  • Replacement transitional and long-term provisional bridges
  • Fixed bridgework – anterior and posterior
  • Reinforcing or repairing dentures
  • Fixed orthodontic retainers

Key benefits of medical textiles for dental applications:

  • Flexible
  • Highly customizable fabrications
  • Biocompatible
  • Low profile
  • Metal-free
  • Strong
  • Compliance
  • Inherent capabilities for promoting tissue growth

Cortland Biomedical is poised to enable greater dental procedure innovation by designing and engineering braided, woven and knitted biomedical textiles fit-for-purpose.

Citation: 1 – Butterworth, Chris & Ellakwa, Ayman & Shortall, Adrian. (2003). Fibre-Reinforced Composites in Restorative Dentistry. Dental update. 30. 300-6. 10.12968/denu.2003.30.6.300.

Today’s dentistry continues to evolve and new innovations in materials and approaches are many.  The existing set of materials currently used in dentistry (ceramics, polymers, and composites) are being further advanced and augmented with new textile structures that improve performance.  This area of dentistry is often referred to as fiber-reinforced composites.

Fiber-reinforced composite restorations are resin-based restorations that contain a medical-grade textile to enhance their physical properties. Fiber reinforcing of composite resins is not a new idea and several dental manufacturers offer these materials for a range of procedures to extend the clinical applications of existing materials.  The role of the fibers is to increase/bolster the structural properties of the bonding material and to stop cracks.  The bonding or resin materials act to protect the fibers and maintain the predetermined geometrical arrangement of the fibers for maximum strength.

Clinical applications of fiber-reinforced composites in dentistry include: 1

  • Reinforced direct composite restorations
  • Single indirect restorations (inlay, onlay, partial/full veneer crowns)
  • Periodontal splinting/post trauma splints
  • Replacement transitional and long-term provisional bridges
  • Fixed bridgework – anterior and posterior
  • Reinforcing or repairing dentures
  • Fixed orthodontic retainers

Key benefits of medical textiles for dental applications:

  • Flexible
  • Highly customizable fabrications
  • Biocompatible
  • Low profile
  • Metal-free
  • Strong
  • Compliance
  • Inherent capabilities for promoting tissue growth

Cortland Biomedical is poised to enable greater dental procedure innovation by designing and engineering braided, woven and knitted biomedical textiles fit-for-purpose.

Citation: 1 – Butterworth, Chris & Ellakwa, Ayman & Shortall, Adrian. (2003). Fibre-Reinforced Composites in Restorative Dentistry. Dental update. 30. 300-6. 10.12968/denu.2003.30.6.300.

Contact Us With Your Challenge

Contact Us With Your Challenge