Active Biosilicate Technology is a patented technology developed according to Septodont’s state-of-the-art pharmaceutical background applied to the high temperate ceramic mineral chemistry. Septodont controls every steps of material processing, starting from pure raw material and ending with C3S as the main ingredient of its proprietary raw material.

  • C3S Calcium Silicate

  • Highest purity thanks to a proprietary process

  • Biocompatible

  • Bioactive Dentin Regeneration

This ABT platform can ensure the high purity of the tricalcium silicate and a premium grade mineral microaggregate content of the formulation with absence of any aluminate and calcium sulfate in the final product.

Based on ABS platform Septodont introduced innovative breakthroughs such as Biodentine™ and BioRoot™ RCS.

Clinical Benefits

  • Hardness – powder with abrasive potential (prophylactic applications)
  • Ion release (Ca 2+, OH-, H2SiO4-) in aquous environment
  • Alkaline pH (antibacterial effect)
  • Hydroxyapatite precipitation potential in phosphated medium (remineralization of carious dentine)
  • Bioactivity (perspectives in regeneration)
View our ABS Technology Brochure

Active Biosilicate Technology is a patented technology developed according to Septodont’s state-of-the-art pharmaceutical background applied to the high temperate ceramic mineral chemistry. Septodont controls every steps of material processing, starting from pure raw material and ending with C3S as the main ingredient of its proprietary raw material.

  • C3S Calcium Silicate

  • Highest purity thanks to a proprietary process
  • Biocompatible

  • Bioactive Dentin Regeneration

This ABT platform can ensure the high purity of the tricalcium silicate and a premium grade mineral microaggregate content of the formulation with absence of any aluminate and calcium sulfate in the final product.

Based on ABS platform Septodont introduced innovative breakthroughs such as Biodentine™ and BioRoot™ RCS.

Clinical Benefits

  • Hardness – powder with abrasive potential (prophylactic applications)
  • Ion release (Ca 2+, OH-, H2SiO4-) in aquous environment
  • Alkaline pH (antibacterial effect)
  • Hydroxyapatite precipitation potential in phosphated medium (remineralization of carious dentine)
  • Bioactivity (perspectives in regeneration)
View our ABS Technology Brochure