MOLECULAR PRECISION IMPLANT

A one of a kind optimization between initial stability and long term biological anchor of implant and bone. A truly revolutionary implant design combining high initial stability even in compromised bone situations with a unique Spherical Helix Chamber. Our Spherical Helix Chamber forms a localized infrastructure that serves as a scaffold for promoting wound healing and bone formation from existing osteoblasts.

RESTORATIVE PLATFORM

  • Subcrestal placement including a beveled collar shifting the implant-abutment junction inward, in order to achieve platform-switching configuration.

  • Platform switching generates a perfect environment for the soft-tissue growth and helps prevent bone resorption.

MOLECULOCK™

  • Seal between implant and abutment.

  • Biomechanical design and 1 micron level production to reduce micro gaps and micro movement risks.

MOLECULOCK™

  • Seal between implant and abutment.

  • Biomechanical design and 1 micron level production to reduce micro gaps and micro movement risks.

ASSISTED OSSEOINTEGRATION

Our unique Spherical Helix Chamber forms a localized infrastructure that serves as a scaffold for promoting wound healing and bone formation from existing osteoblasts.

IMPLANT BODY

  • High initial stability even in compromised bone situations.
  • Expanding tapered implant body with double-thread self-tapping design condenses bone gradually to enhance primary stability.
  • The insertion rate of the Molecular Precision™ implants are 2.2mm per revolution.

IMPLANT BODY

  • High initial stability even in compromised bone situations.
  • Expanding tapered implant body with double-thread self-tapping design condenses bone gradually to enhance primary stability.
  • The insertion rate of the Molecular Precision™ implants are 2.2mm per revolution.

SURFACE TREATMENT

  • Surface blasting and double acid etching.

  • High purity cleaning procedures.

  • Superior EDS and XPS results.

APEX DESIGN

  • Apex with self-tapping drilling blades enables smaller osteotomy.
  • The self-tapping function also supports a precise adaptation of the implant thread to the bone, thus providing optimal primary stability.
  • Improved ease of insertion and allowing mild direction refinement during the initial stages of insertion.

APEX DESIGN

  • Apex with self-tapping drilling blades enables smaller osteotomy.
  • The self-tapping function also supports a precise adaptation of the implant thread to the bone, thus providing optimal primary stability.
  • Improved ease of insertion and allowing mild direction refinement during the initial stages of insertion.

 VIDEO TOUR

 

 

IMPLANT MATRIX & DRILL SEQUENCE

catalog matrix (click to enlarge)

drill sequence (click to enlarge)