Materials & Biocompatibility

Nano Coated Wave Oberfläche


  • NCW* structure on Titanium bases follow the anatomical position of gingival fibers
  • Micro-roughness optimized for the adhesion of fibroblasts
  • TiN-Plasma-Coating


  • Less transfer of liquids and bacteria towards the bone
  • Better tissue healing and stability
  • Longer lasting esthetics
  • Better mechanical sealing of pocket, less pocket depth
  • Less bone resorption
  • Lower risk of peri-implantitis
  • Abutment color more esthetic

Reduzierung der Bakterienhaftung

Border region between uncoated (left) and coated areas (right) of titanium discs after seeding with bacteria (E.coli, S.sanguinis, S.aureus)

Help Periodontal fibers to attach: tooth(left) vs Implant(right)


  • Examination from the University of Freiburg (Germany) in March 2016
  • Human gingival fibroblasts were cultivated on A4L LTS-hybrid abutment
  • Pictures show fibroblasts growing into Bonding-gap
  • Fibroblasts adopt elongated form





One Abutment –The 1st Time, optimized for soft tissue adhesion

Epithelized gingiva after traditional treatment

Non epithelized gingiva after removal of LTS-Base

The NCW surface allows soft tissue adhesion

  • Less pocket depth through horizontal grooves, optimized for gingiva fibers.
  • Less plaque adhesion through TiN-Plasma-Coating
  • Micro-Roughness optimized for the adhesion of fibroblasts


  • Better tissue stability
  • Longer lasting Esthetics
  • Less impact areas
  • Less bone resorption
  • Lower risk of peri-implantitis System Features