Surgical sets
The four CAMLOG implant system product lines use specfiic surgery sets. SCREW-LINE and ROOT-LINE implants use their own surgery sets (SCREW-LINE surgery set or ROOT-LINE surgery set). The insertion of CYLINDER-LINE and SCREW-CYLINDER-LINE implants is performed with a common surgery set. When the surgery set for CYLINDER-LINE or SCREW-CYLINDER-LINE therefore is used, the decision still remains open whether to use a SCREW-CYLINDER-LINE implant or a CYLINDER-LINE implant even after implant site preparation. All surgery sets contain a form drill with internal cooling, color-coding, laser inscribing and removable depth stop features. The drilling sequence is clearly indicated through the systematic layout of the tray. When inserting SCREW-LINE, ROOT-LINE and SCREW-CYLINDER-LINE implants, one may choose between a tool-assisted and a manual method. Use a tapping instrument to tap CYLINDER-LINE implants in. Osteotomy Sets
In the CAMLOG implant system, osteotomy sets are available for SCREW-LINE, CYLINDER-LINE and SCREW-CYLINDER-LINE. Just as with the surgery sets, a dedicated osteotomy set has been developed for SCREW-LINE and a common osteotomy set for the CYLINDER-LINE/SCREW-CYLINDER-LINE. CAMLOG osteotomes are available in straight and angled models. They are color-coded on the handle to match implant diameter. Depth markers and length inscriptions have been placed on the working end to match the implant lengths. |
The surgery sets for insertion of CAMLOG implants are intuitively constructed and color-coded. All drills, thread cutters, insertion instruments and auxiliary parts are laid out in a systematic, easy-to-view arrangement on a sterilizable tray.
Substantial amounts of bone substance are excavated and flushed out during implant site preparation with rotating instruments. Osteotomes reach the bone substance through compression and displacement of area bone. If the bone quality is D3 or D4, they can be applied to the area bone using pressure and twisting or tapping. This condenses the bone substance apically and laterally and increases the primary stability of the implants.