InFIBRA®

Infibra is the long-term solution, reliable, fast, economical for both the dentist and the dental technician for a metal free dentistry.

Infibra is the long-term solution, reliable, fast, economical for both the dentist and the dental technician for a metal free dentistry.

InFibra is made of ultra high molecular weight polyethylene (UHMWPE) fibres, long, continuous, white, crystallized with excellent mechanical properties that make it the ideal product for non-metal dentistry. The particular weave (Bioloren patent) allows an effective armor to prevent the propagation of microfractures of resinous composites and acrylic resins.

Infibra is a manageable and flexible ribbon that perfectly adapts to the tooth surfaces.

Thanks to the “absence of memory” Infibra is ideal for adapting to interproximal spaces.

InFibra can be used with flowable resin composites, adhesives and acrylic resins.

Infibra texture permits a perfect integration with coating materials and results invisible when coated with composite or acrylic resin.

Main indications of InFibra

  • provisional bridge construction
  • space maintainer
  • orthodontic retainer
  • splinting
  • reinforcement of artifacts in composite and resin
  • reinforcement and repair of bridges and dentures
  • bars on implants
  • bridge reinforcement
  • temporary stabilization of teeth

InFibra advantages

Handy
InFibra appears as a silky fabric, pleasant to touch because it is soft, flexible and easy to apply unlike metal bands.

Comfortable
InFibra adapts easily to dental surfaces and has “no memory” so it is ideal for adapting to interproximal spaces. The ribbon is thin (<0,3 mm) and the patient almost does not feel it in the mouth.

Aesthetic
InFibra is white and translucent. It is highly camouflaged and the plot lines disappear when coated with composite and acrylic resin. The particular weaving allows a perfect integration with the coating materials.

Resistant
The toughness of about 15 times more than steel, the high elastic modulus, as well the tensile strength and the high resilience make it the material of choice for prosthetic reconstructions.

  • biocompatible
  • low absorption of liquids
  • dimensionally stable
  • radiopaque
  • high stress resistance
  • long lasting
  • compatible with all resinous composites and acrylic resins
  • economical

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