Bio-C Repair Bioceramic Repair Material

Angelus SKU: 3863
Price
Regular price $14000
Regular price Sale price $14000
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Angelus Bio-C Repair is a ready-to-use, premixed putty bioceramic reparative material. Its hydrophilic composition absorbs moisture from the environment to begin setting, making it suitable for surgical sites where moisture control is difficult, and its zirconium oxide radiopacifier avoids tooth discoloration.

Key Features

  • Premixed putty — ready to use and easy to insert into the cavity

  • Hydrophilic: performs in moist environments without loss of properties

  • Zirconium oxide radiopacifier — high radiopacity and does not stain

  • High release of calcium ions at high alkalinity (pH ~12)

  • Non-toxic, resin free and free of heavy metals

Technical Specifications

  • Material: Bioceramic reparative material, premixed putty, non-resin composition

  • Radiopacifier: Zirconium oxide

  • pH: High alkalinity, approximately 12

  • Particle Size: Average approximately 2 microns

  • Presentation: Syringes of 0.5 g

  • Qualities: Ready to use, premixed putty, high release of calcium ions, high alkalinity, setting expansion and chemical adhesion to dentin, hydrophilic, non-toxic

  • Benefits: Easy to use and insert, stimulates tissue regeneration, bactericidal action, prevents bacterial infiltration, does not stain, does not contain heavy metals, greater reactivity accelerating the healing process

  • Purpose: Reparative material for perforations, root resorptions, retrofilling, pulp capping, pulpotomy, apexification and apexogenesis

  • Certifications: FDA Approved, CE Approved, MDSAP, ISO 13485:2016

  • Country of Manufacture: Brazil

  • Package Includes: 4 syringes of 0.5 g

Clinical Applications

  • Treatment of root canal and furcation perforations

  • Sealing of internal and external root resorptions

  • Retrofilling in endodontic surgery, pulpotomy and apexification

Why Choose Angelus Bio-C Repair?
A premixed putty that sets in moisture — ideal for surgical sites where isolation is difficult, with no bismuth-related staining.