CAMLOG SCREW-LINE Surgical procedure

4 CAMLOG ® SCREW-LINE IMPLANT MATERIALS All CAMLOG ® SCREW-LINE implants are made of titanium grade 4. The CAMLOG ® Abutments and abutment screws are made of titanium alloy Ti6Al4V ELI. PRODUCT PRECISION For the most part, the inner and outer geometry of the CAMLOG ® Implants and abutments are rotary machined. As a result, the tolerances can be kept very small as well as excellent component precision without impacting the material structure. The CAMLOG ® Implant abutment connection ensures a very precise, stable and rotation-resistant connection to the CAMLOG ® Prosthetic components. INNER CONFIGURATION OF THE IMPLANT The CAMLOG ® Tube-in-Tube ® Connection is a 5.4 mm deep implant-abut- ment connection with antirotational locking mechanism. The three sym- metrically arranged grooves are located in the 1.9 mm deep cylindrical drill hole in the coronal region. This region leads apically to an upper th- read. This is followed by a thinner and longish cylindrical threaded bore. The abutment screw of the two-piece abutment engages in this lower in- ner thread. The CAMLOG ® Tube-in-Tube ® Connection had undergone ex- tensive scientific studies and achieved above average good results for tightness and precision fit. Implants with Ø 3.3 mm dispose only the Lower inner thread. For optimal positioning of the abutments in the implant, they should be aligned in the bone so that one of the three grooves points vestibularly. The drivers and insertion post include markings on the outside that correspond to the three grooves of the implant inner configuration. Groove/cam design of CAMLOG ® Implant abutment connection Tube-in-Tube ® Connection CAMLOG ® SCREW-LINE IMPLANT Upper inner thread Lower inner thread