Description

Indications
- Direct pulp capping
- Indirect pulp capping
- Partial pulpotomy
- Cavity liner and base
- Pulpotomy and apexogenesis
- Perforation repair
- Root resorption
- Obturation
- Root apexification
- Root-end filling
Features & Benefits
- Promotes the formation of hydroxyapatite on the surface to seal and support healing through the release calcium and hydroxide ions.
- Biocompatible, Non-cytotoxic, Non-genotoxic, initially high in pH (alkaline/basic), which has shown to be antimicrobial in-vitro1.
- NeoPUTTY delivers an ideal firm, low-tack consistency with no dry out between uses.
- NeoPUTTY has a 3-year shelf life.
- 8.1 mm Al Equivalent - For better placement check and follow up
- Dimensionally stable with no shrinkage to ensure a gap-free seal, minimizing opportunity for bacterial infiltration.
- Resin-free for maximum bioactivity.
- Won’t discolor teeth – EVER. NaOCI won’t cause discoloration.
Bioactive Bioceramic
No dry out
Highest radiopacity in its class
Resin-Free
Non-Staining
Presentation
SKU ANPPK- Professional Kit – one 1.2 gm syringe – 16 doses2SKU ANPSK – Starter Kit – one 0.65 gm syringe – 9 doses2
The anti-microbial effect against enterococcus faecalis and the compressive strength of two types of mineral trioxide aggregate mixed with sterile water or 2% chlorhexidine liquid. Holt DM, Watts JD, Beeson TJ, Kirkpatrick TC, Rutledge RE. J Endod. 2007 Jul;33(7):844-7.
2The # of doses varies depending on the treatment. A dose size of 0.075 gm was used here.
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Unlike inert resin and ZOE materials, MTA provides state-of-the-art Bioactive technology
to promote bioactivity and support healing.
After placement of MTA in the tooth, body fluids infiltrate the material to cause setting.
During this process, calcium and hydroxide ions are released from the MTA, promoting hydroxyapatite (HA) formation on the MTA surfaces.
When HA coats the surface, it hides the underlying MTA to minimize foreign body reactions and support healing responses of the pulpal or periapical tissue.

Calcium phosphate precipitated crystals scattered on the hydrated tricalcium silicate cement surface1.

High magnification image of the calcium phosphate crystals1.