CAMLOG® Product catalog

4 | CAMLOG ® Product catalog 2020 CAMLOG ® Tube- in-Tube ® Implant-abutment connection The unmistakable Tube-in-Tube principle with the three interlocking grooves and cams creates a very precise, stable, and antirotational implant-abutment connection. This was designed biomechanically on the basis of complex finite element analyses. It has proven itself millions of times over for many years and its long-term success has been scientifi - cally documented. The CAMLOG ® Tube-in-Tube ® Connection has undergone extensive scientific studies and achieved above average good results for precision fit [3, 4]*. * see «Further documentation» on page 125. Abutment Abutment screw Groove/cam design Abutment guide in the Implant Upper inner thread Lower inner thread Implant Advantages and benefits of the Tube- in-Tube ® Connection Easy indexing thanks to three possible positions of the abutments Precise with excellent tactile feedback Platform Matching and optional Platform Switching Defined vertical stop: no height offset over the entire workflow Reduced diameter implant (Ø 3.3 mm) Scientifically documented long-term results For optimal positioning of the abutments, the Implant should be aligned in the bone so that one of the three grooves points in vestibular direction. With the CAMLOG ® Implants, the insertion tools include markings that correspond to the three grooves of the Implant inner configuration. Promote ® Surface CAMLOG ® Implants are available with the abrasive-blasted, acid-etched Promote ® Surface. The surface is based on current scientific knowledge and supports rapid osseointegration. Scientific results from studies with cell cultures, osteohistology and in pull-out trials illustrate this impressively. Production precision The inner and outer geometry of the CAMLOG ® Implants and abutments are rotary machined for the most part. The tolerances can therefore be kept very low. The result is excellent part precision without impacting the material structure. The Tube-in-Tube ® Implant-abutment con- nection thus ensures a very precise, stable and rotation-locked connection to the prosthetic components.