NeoPutty

Bioceramic restorative sealer

Promotes hydroxyapatite formation.

NeoPutty

Bioceramic restorative sealer

Promotes hydroxyapatite formation.

738x738-NeoPutty
Simbolo-bioactivo-azul

Biocompatible

Simbolo-mezcla-azul

Easy to mix

Simbolo-blanco-azul

Non-stainning

Simbolo-X-azul

Radiopaque

738x738-NeoPutty
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Biocompatible
  • NeoPutty is biocompatible and promotes hydroxiapatite formation to seal and facilitate healing.
  • Bioceramic premixed repair material. Superior handling properties, promoting hydroxyapatite formation to support the healing process.
  • Zero waste. Has a zero-waste positive displacement plunger tip to ensure no product is goes to waste.
  • Bioactive. To minimize reaction to foreign bodies and support healing. Biocompatible, non-cytotoxic, non-genotoxic. 
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Easy to mix
  • Its composition has been improved in order to facilitate mixing.
  • Stable and durable. No dry-out between uses. With an ideal firm, low-tack consistency. 3-year shelf life.
  • Resistence to immediate washing. When the putty is mixed, it stays where you want it, so you can complete the procedure efficiently.
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Non-stainning
  • The sealer is whiter and does not leave visible stains on the teeth.
  • High pH. Antibacterial and promotes the osteogenic response.
  • Liquid-free. Designed to set in vivo in the presence of moisture provided by the surrounding tissues.
  • No stains. For optimal aesthetics, it will not discolor the teeth.
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Radiopaque
  • NeoPutty is radiopacic to facilitate identification in X-ray.
  • Dimensionally stable. To ensure a complete seal without gaps, minimizing the possibility of bacterial infiltration.
  • Ostegenic. It promotes the formation of hydroxyapatite on the surface to seal and support healing through the release of calcium and hydroxide ions.

Indications:

  • Direct and indirect pulp cap
  • Partial pulpotomy
  • Cavity liner and base
  • Pulpotomy and apexogenesis
  • Perforation repair
  • Root resorption
  • Obturation
  • Root apexification
  • Root-end filling
  • Woreking time 1 hour and setting time 4 hours

Mechanism of action

After MTA is placed on the tooth, body fluids infiltrate the paste to cause setting. During the process, calcium and hydroxide ions are released from the MTA, promoting the formation of hydroxyapatite (HA) on the surface of the MTA. When HA coats the surface, it hides the underlying MTA to minimize foreign body reactions and support pulp or periapical tissue healing responses.

738x738-NeoPutty

High radiopacity

It contains tantalum oxide as a radiopaque agent. Tantalum oxide has a higher atomic number that provides a higher radiopacity than the more commonly used zirconium oxide.

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Clinical cases with NeoPutty
Caso clínico NeoPutty

© Dr. Pedro Alarcón Goldenberg (Chile)

Caso clínico NeoPutty 2.0

© Dr. Álvaro Barrios (Colombia)