CAMLOG Implantation System
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Globally recognized product - proven millions of times
The CAMLOG® implant system is scientifically well documented and the studies have shown excellent results. Both the SCREW-LINE implant type and the ROOT-LINE implant type have been successful in international markets for many years. At the heart of the system is the Tube-in-Tube® connection between the implant and the abutment. Its precision and special geometric principle with three cams and grooves ensure excellent force and torque distribution.
Advantages of the CAMLOG system at a glance
- Consistently prosthetic-oriented implant system
- High precision CAMLOG® Tube-in-Tube® connection
- Excellent long-term results
- Comprehensive scientific documentation
- Platform Switching option
Implant types, implant length and diameter
NOVELTY!
PROGRESSIVE-LINE implants
SCREW-LINE
PROMOTE®
PROMOTE® PLUS
SCREW-LINE implants are slightly conical screw implants with Promote® (1.4 mm machined implant neck) and Promote® Plus (0.4 mm machined implant neck) surfaces.
Both implant types have a Tube-in-Tube ™ internal shape design with square grooves, which allows for Platform Switching design. CAMLOG® PS gum formers, PS impression abutments and PS abutments can only be used for CAMLOG® SCREW-LINE implants.
CAMLOG® SCREW-LINE implants are sold in sterile packaging with a color-coded insertion post corresponding to their diameter.
PROGRESSIVE-LINE
PROMOTE® PLUS
The thread of the PROGRESSIVE-LINE extends all the way to the tip of the implant. This greatly facilitates immediate implantation. The so-called intelligent threading is deeply connected to the bone, perfectly dissipating axial forces and helping to compact the bone.
A special 'coronal anchor thread' is located on the neck of the implant. This threading provides adequate stability even with a limited amount of bone. The conical part of the implant is shaped like a tooth root. This, on the one hand, greatly contributes to the primary stability of the implant and, on the other hand, reduces the diameter of the implant, which can facilitate implantation in challenging cases.
Diameter of implants
Length of implants
PROMOTE® surface
CAMLOG® SCREW-LINE and ROOT-LINE 2 implants have a Promote® surface. This abrasive-blasted and acid-etched surface extends to a smoothly turned strip on the neck edge of the implant, which is 1.4 mm wide for the Promote® surface CAMLOG® SCREW-LINE implant, and for the Promote® plus surface CAMLOG® SCREW-LINE and CAMLOG® ROOT- For the LINE 2 implant, 0.4 mm.
Promote® surface has been shown to be excellent for securing dental implants in bone with bone histological and biomechanical scientific studies. These results demonstrate that the Promote® surface allows for rapid and safe osseointegration of CAMLOG® implants.
CAMLOG® Tube-in-Tube® implant abutment connection
At the heart of the CAMLOG® implant system is the innovative implant-abutment connection - the Tube-in-Tube® (“tube-in-tube”).
This precise, non-rotating form fit allows for easy and long-lasting prosthetic rehabilitation from the individual crown to the bridge, or even a long-lasting, secure screw-mounted restoration.
The shape fitting and the connection of specially arranged cams and grooves in the Tube in Tube® design allow for an optimal distribution of the forces acting on the joint. The screw securing the abutment barely receives any load, its function is only the vertical fastening. Thus, loosening or breaking of the screw can be largely ruled out.
These excellent properties are confirmed by clinical experience.
Internal thread and external geometry of the CAMLOG® implant
In the inner wall of the implant, which is designed for Tube-in-Tube® connection, each 3.8 / 4.3 / 5.0 / 6.0 mm outer diameter CAMLOG® implant is provided with an upper internal screw thread into which the gingiva former can be screwed (Fig. 3, for implants with a diameter of 3 mm, there is only a lower internal thread). Below this, in the apical direction, there is an M 1.6 or M 2.0 thread second internal screw thread (for CAMLOG® abutment and fixing screw).
When implanting the implant, one of the grooves inside the implant must be in the vestibular direction in order for the abutment to be positioned optimally. The markings on the outside of the insertion tools used for CAMLOG® SCREW-LINE and ROOT-LINE 2 implants correspond to the position of the grooves inside the implant.
Surgery
Surgical kits
CAMLOG / CONELOG SCREW-LINE surgical kit
CAMLOG ROOT-LINE 2 surgical kit
The CAMLOG® / CONELOG® SCREW-LINE and CAMLOG® ROOT-LINE 2 surgical kits contain all the surgical instruments needed to form a bone socket and insert an implant. The drills are organized in the surgical kit according to the CAMLOG color-coding, according to the treatment steps. Reusable and internally cooled drills ensure trouble-free bone socket preparation. The cutting-edge geometry of the drills results in excellent cutting performance and excellent osseointegration.
CAMLOG® and CONELOG® SCREW-LINE implants (due to their identical external geometry) can be inserted with the same surgical kit.
Osteotome kits
The quality and ease of use of the instruments in the CAMLOG® / CONELOG® SCREW-LINE osteotome kit are impressive. The osteotome preserves bone mass due to compression. Better primary stability is achieved with D3 and D4 quality bone. There are four clearly articulated osteotome sets - straight convex, curved convex, straight concave and curved concave.
Healing caps
The use of CAMLOG® gingiva formers supports the development of the peri-implant soft tissue during the healing period. The gingiva formers are available in three different shapes: cylindrical, bottleneck and wide-body.
CAMLOG® PS gingiva formers are also available for Platform Switching. They are tapered in diameter at the apical portion, allowing the soft tissue to adapt to the implant shoulder.
The COMFOUR® system
The new COMFOUR® system provides several prosthetic solutions for doctors at the same time. The multifunctional system introduces several concepts - the occlusal screwing option allows fastening of bars, crowns and bridges to straight and angled CAMLOG® and CONELOG® bar abutments. Its biggest advantage lies in its versatility as well as its optimized product design - thus providing a higher degree of comfort for the user and the patient.
The use of COMFOUR® saves time and thus offers greater flexibility for doctors and dental technicians. This concept allows for occlusally fixed prostheses and fulfills the patient’s desire for an easily removable, comfortable denture. On the one hand, COMFOUR® expands the existing solid solutions - crowns and bridges (including the Maló concept) - with new prosthetic possibilities, and on the other hand with convincing technical advantages such as anti-rotation mechanism, pre-assembled flexible handle, a Guide System 17 ° or 30 ° angled measuring device and sleek design.
Benefits of COMFOUR®
- angle correction up to 30°
- shorter treatment time as there is no absolute need for augmentation
- a wide range of prosthetic options
- sparing critical anatomical areas
- bridges that can be fixed immediately as long-term solutions
- safe healing of implants thanks to bridge and bridge constructions
- affordable supply options
Digital technology
CAMLOG offers perfectly matching products for the digital application of your implant systems.
Guide system
The elements of the Guide System facilitate the template-guided design of the bone socket and the insertion of CAMLOG® and CONELOG® SCREW-LINE implants in partially or completely toothless upper and lower jaws.
Guide System - template-guided implantation for CAMLOG® and CONELOG® implants
The elements of the Guide System facilitate the template-guided design of the bone socket and the insertion of CAMLOG® and CONELOG® SCREW-LINE implants in partially or completely toothless upper and lower jaws.
Thanks to the reduced tool palette, the Guide system is simple and easy to use. The products of the Guide system are made to fit each other precisely and optimally. 3D design with implant design software and the Guide system provides the user with simple, predictable, and safe bone socket preparation and implantation. All physiological structures can be considered when designing a precise implant placement.
The guided system has been integrated into the following 3D implant design software:
CAD / CAM titanium base
CAMLOG CAD / CAM titanium bases (for crown and bridge) serve as a connecting element for individual constructions made of the appropriate materials. CAD / CAM titanium bases for the crown include cams for Tube-in-Tube® connection, but not for the bridge.
Scan abutment for Sirona® scanbody
The scan abutment included with the Sirona® scanbody is used to record the position of the implant or laboratory implant in the Sirona® CEREC® and inLab software.
Scanbody
The scanbody is used for 3-dimensional optical positioning of implants in the mouth and within laboratory implants of the working model. Scanbodies are marketed sterile, allowing immediate intraoral use.
The scanbodies have been integrated into the following CAMLOG CAD libraries:
- Titanium bases for CAD / CAM process
- CAM titanium blocks
CAM titanium blocks
Custom, one-piece titanium superstructures and gingiva formers can be made from CAM blocks using CNC milling machines. CAM titanium blocks allow for prefabricated implant abutment connection and include a screw channel.
CAM titanium blocks are available in two designs:
IAC type:
The connection to the milling machine takes place at the implant-abutment connection. This type includes system-specific clamps (IAC type) for CAM blocks as the primary clamping device.
ME-type:
The connection to the milling machine is made on the side opposite of the implant-abutment connection, at the cylindrical part. Holders for Preface® superstructures (Medentika®) can be used as device-specific holder tool. These tools are available from the manufacturers of the appropriate CNC milling machines.
Machining both types of blocks requires a suitable CAM library, mounts, and brackets. Information on the compatibility of CAMLOG® CAM titanium blocks and CNC milling machines can be obtained from machine and software manufacturers.
CAD LIBRARIES
CAMLOG® CAM titanium blocks and CAD libraries containing the geometries of CAMLOG® scanbodies allow you to create one-piece titanium superstructures and gingiva formers. The libraries also contain the geometries of nt-trading DIM implant analogs, so they can be used to create a printable model with CAD software.
Scan cap for solid superstructures
The bar abutment scan cap is used to visually fix the prosthetic platform of CAMLOG® or CONELOG® bar abutments (including hexagonal surface leveling) in the mouth in three dimensions, or the prosthetic platform of laboratory implants analogs in the working model. The bar abutments are made of PEEK (polyether ether ketone) and are protected against rotation. The bar abutments are shipped sterile, allowing for immediate intraoral use.
CAD LIBRARIES
CAD libraries simplify the workflow and allow for precise results with the geometry of the bar abutments of the rigid superstructures and the proposal for the milling geometry.
Prosthetics
Single tooth restoration
Replacements for single tooth loss, whether fixed with cement or screws, are often a special challenge. The versatile system of CAMLOG® abutments provides a comprehensive range of solutions for both dentists and dental technicians.
Bridge restoration
When restoring several teeth, a number of CAMLOG® abutments are available for fixing bridge restorations with cement or screws.
Hybrid prostheses
The CAMLOG® implant system provides a number of abutments of different geometries to hold the entire dentures attached to the implant.
Temporary dentures
When restoring several teeth, a number of CAMLOG® abutments are available for fixing bridge restorations with cement or screws.
Single tooth restoration - cemented
Temporary abutments made of PEEK material
Adhesive temporary individual crown restoration can be made with a temporary abutment made of PEEK (poly (ether-ether-ketone)). If Platform Switching is selected, a PS abutment can be used to form the soft tissue. The Tube-in-Tube® implant abutment connection is used to ensure non-rotation.
Esthomic® abutments
Esthomic® abutments are particularly suitable for cemented crowns and bridges in areas that require aesthetic care. Thanks to the anatomically advantageous shoulder geometry and the two selectable gingiva heights, the amount of modifications to be made at the gingiva edge and the length of the workflow are shortened. Esthomic® abutments are also available in straight and 15 ° or 20 ° angled versions and are suitable for Platform Switching. Due to its narrow and straight (non-widening) shape, the Esthomic Inset abutment is especially suitable for tight tooth deficiencies.
Universal abutment
The universal abutment is used to carry a crown, bridge and telescopic crown. The universal abutment is made of titanium alloy and can be shaped into a unique shape by milling. By designing the right shape, the 20 ° angulation of the implant axis can be compensated for during the preparation of bridge restoration. If you choose Platform Switching, the PS universal abutment has a gradually narrowing diameter at the neck of the implant.
Gold-plastic abutment
CAMLOG® gold-plastic abutment is very versatile. The gold-plastic abutment is suitable for both individual crowns and bridges, as well as for the use of implants placed with different axial positions for telescopic anchoring, as pillars, by enabling stub patterning and casting to the individual desired shape using the casting technique. The gold-plastic abutment consists of a pre-molded base made of CERAMICOR alloy and a fully combustible patterned plastic (POM) sleeve.
Logfit® prosthetic system
With the help of prefabricated components in the Logfit® prosthetic system, cemented crowns and bridge restorations can be made for CAMLOG® implants in both the upper and lower jaw. By using the Logfit® prosthetic system, clinics and laboratories can save time by less work.
CAD / CAM titanium base
CAMLOG® CAD / CAM titanium bases for crowns are used as the basis for cementing suitable materials for custom-made individual crowns and mesostructures. Optical fixation of the base is accomplished with appropriate dental scanners by scanning inserts from third parties. Digitally recorded geometry is used to model and fabricate crowns and mesostructures using CAD / CAM technology. The crown version CAD / CAM titanium bases are supported with Tube-in-Tube® implant-abutment connection to ensure non-rotation.
Single tooth restoration - screw-mounted
Temporary abutment made of titanium alloy
Temporary abutments for crowns are made of titanium alloy and can be used to make a screwable temporary individual crown restoration. The Tube-in-Tube® implant-abutment connection is used to ensure non-rotation. The abutments can be covered directly with plastic.
CAD / CAM titanium base
CAMLOG® CAD / CAM titanium bases for crowns are used as the basis for cementing suitable materials for custom-made individual crowns and mesostructures. Optical fixation of the base is accomplished with appropriate dental scanners by scanning inserted third-party abutments. Digitally recorded geometry is used to model and fabricate crowns and mesostructures using CAD / CAM technology. The CAD / CAM titanium bases for crowns are supported with Tube-in-Tube® implant-abutment connection to ensure non-rotation.
CAMLOG® Vario SR prosthetic elements
For CAMLOG® SCREW-LINE and ROOT-LINE implants, prefabricated CAMLOG® Vario SR prosthetic elements can be used to make crowns, bridges and bars secured by occlusal screwing on the lower and upper jaw. Compensation for large angulations of the implants is possible by CAMLOG® Vario SR abutments with an angulation of 20 ° and 30 °. These abutments allow implants to be placed more distally in case of reduced bone quantity and to implant structures at anatomically disadvantaged locations, thus providing adequate prosthetic care.
Gold-plastic abutment
CAMLOG® gold-plastic abutment is very versatile. The gold-plastic abutment is suitable for both individual crowns and bridges, as well as for the use of implants placed with different axial positions for telescopic anchoring, as pillars, by enabling stub patterning and casting to the individual desired shape using the casting technique. The gold-plastic abutment consists of a pre-molded base made of CERAMICOR alloy and a fully combustible patterned plastic (POM) sleeve.
CAD / CAM titanium base
CAMLOG® CAD / CAM titanium bases for crowns are used as the basis for cementing suitable materials for custom-made individual crowns and mesostructures. Optical fixation of the base is accomplished with appropriate dental scanners by scanning inserts from third parties. Digitally recorded geometry is used to model and fabricate crowns and mesostructures using CAD / CAM technology. The crown version CAD / CAM titanium bases are supported with Tube-in-Tube® implant-abutment connection to ensure non-rotation.
Bridge restoration - cemented
Temporary abutments made of PEEK material
Formable temporary abutments made of PEEK (poly (ether-ether-ketone)) are used to make temporary bridge restorations. If Platform Switching is selected, a PS abutment can be used to form the soft tissue. The custom-made bridge structure is cemented to temporary abutments screwed into the implant.
Esthomic® abutments
Esthomic® abutments are particularly suitable for cemented crowns and bridges in areas that require aesthetic care. Thanks to the anatomically advantageous shoulder geometry and the two selectable gingiva heights, the amount of modifications to be made at the gingiva edge and the length of the workflow are shortened. Esthomic® abutments are also available in straight and 15 ° or 20 ° angled versions and are suitable for Platform Switching. Due to its narrow and straight (non-widening) shape, the Esthomic Inset abutment is especially suitable for tight tooth deficiencies.
Universal abutment
The universal abutment is used to carry a crown, bridge and telescopic crown. The universal abutment is made of titanium alloy and can be shaped into a unique shape by milling. By designing the right shape, a 20° angulation in the axis of the implants can be compensated for when making bridge restorations. If you choose Platform Switching, the PS universal abutment has a gradually narrowing diameter at the neck of the implant.
Gold-plastic abutment
CAMLOG® gold-plastic abutment is very versatile. The gold-plastic abutment is suitable for both individual crowns and bridges, as well as for the use of implants placed with different axial positions for telescopic anchoring, as pillars, by enabling stub patterning and casting to the individual desired shape using the casting technique. The gold-plastic abutment consists of a pre-molded base made of CERAMICOR alloy and a fully combustible patterned plastic (POM) sleeve.
Logfit® prosthetic system
With the help of prefabricated components in the Logfit® prosthetic system, cemented crowns and bridge restorations can be made for CAMLOG® implants in both the upper and lower jaw. By using the Logfit® prosthetic system, clinics and laboratories can save time by less work.
Bridge restorations - screw-mounted
Temporary abutment made of titanium alloy
Temporary abutments made of bridge-type titanium alloy are used to the screw-mounted temporary bridge restorations. Abutments without Tube-in-Tube® implant-abutment connection are used to compensate for deviations in the implant shafts. The abutments can be covered directly with plastic.
Bar abutments
CAMLOG® bar abutments are suitable for occlusally screw-mounted crown restorations. The bar abutments and their associated prefabricated prosthetic elements fit together precisely. The bar abutments, which are color-coded based on the implant diameters, are available in straight, 17 ° and 30 ° angulated versions, as well as at different gingiva heights. castable crown base (castable gold alloy) and adhesive titanium base with bar sleeve for Passive-Fit (abbreviated as titanium alloy / POM). A plastic bridge can be made with titanium caps.
Anatomically specific areas
CAMLOG® bar abutments with 17 ° and 30 ° angulation are available to correct implant angulations. Where bone quantity is limited and the location of anatomical structures is not favorable for implantation, implants can be adjusted distally and appropriate prosthetic restoration can be established. This allows the bone to be used optimally.
CAMLOG® Vario SR prosthetic elements
For CAMLOG® SCREW-LINE and ROOT-LINE implants, prefabricated CAMLOG® Vario SR prosthetic elements can be used to make crowns, bridges and bars secured by occlusal screwing on the lower and upper jaw. Compensation for large angulations of the implants is possible by CAMLOG® Vario SR abutments with an angulation of 20 ° and 30 °. These abutments allow implants to be placed more distally in case of reduced bone quantity and to implant structures at anatomically disadvantaged locations, thus providing adequate prosthetic care.
CAD / CAM titanium base
CAMLOG® CAD / CAM titanium bases for bridges serve as the basis for cemented, individually designed bridges made of suitable materials. CAMLOG® scanbodies are used for digital positioning of implants and lab analogs. The bridge constructions are made by CAD process. To compensate for deviations in the implant shafts in the case of primary blocking, the CAD / CAM titanium bases of the bridges are not equipped with a Tube-in-Tube® implant-abutment connection.
Hybrid prostheses
Bar restorations
CAMLOG® bar abutments are suitable for occlusally screw-mounted crown restorations. The bar abutments and their associated prefabricated prosthetic elements fit together precisely. The bar abutments, which are color-coded according to the implant diameters, are available in straight, 17 ° and 30 ° angulated versions, as well as at different gingiva heights. the castable crown base (castable gold alloy), the solderable bar base (solderable gold alloy), the laser welding technique (titanium) and the adhesive titanium base with a bar sleeve for Passive-Fit (titanium alloy).
Anatomically specific areas
CAMLOG® bar abutments with 17 ° and 30 ° angulation are available to correct implant angulations. Where bone quantity is limited and the location of anatomical structures is not favorable for implantation, implants can be adjusted distally and appropriate prosthetic restoration can be established. This allows the bone to be used optimally.
Ball abutment
The ball abutment consists of a ball matrix and a CM Dalbo®-Plus (Cendres & Métaux SA, Biel, Switzerland) matrix. The desired fixing force can be adjusted by twisting the lamella retention insert in the sticker. Can be activated by screwing in, loosened by unscrewing. Ball restoration is best for making a complete prosthesis anchored on an implant.
Locator® abutment
The Locator® abutment is used for a complete prosthesis anchored to the implant for safer fixation. The abutment is part of the Locator® system, where it is possible to select the desired amount of fixing force. The system can also be used in cases where the angulation of the axes of the implants relative to each other reaches 20° per implant.
Manufacturer of Locator® products: Zest Anchors, Inc Escondido, CA 92029, USA
Locator® is a registered trademark of Zest Anchors, Inc.
CAMLOG® Vario SR prosthetic elements
For CAMLOG® SCREW-LINE and ROOT-LINE implants, prefabricated CAMLOG® Vario SR prosthetic elements can be used to make crowns, bridges and bars secured by occlusal screwing on the lower and upper jaw. Compensation for large angulations of the implants is possible by CAMLOG® Vario SR abutments with an angulation of 20 ° and 30 °. These abutments allow implants to be placed more distally in case of reduced bone quantity and to implant structures at anatomically disadvantaged locations, thus providing adequate prosthetic care.
Telescopic prostheses
With the customizable universal abutment, the angulation of the implants can be compensated by designing the appropriate shape. The telescopic abutment makes it possible to make telescopic crowns even if the axial position of the implants differs greatly from the parallel. The crown version of the CAD / CAM titanium base serves as the basis for cementing and allows tooth replacement with unique two-element abutments made of materials suitable for telescopic crowns. With the gold-plastic abutment, primary crowns can be made using the telescopic crown technology to bridge the differences in the implant shafts.
Temporary dentures
The advantage of immediate restoration with aesthetic, non-functional, immediate implantation is the preservation of the periodontal or peri-implant tissue structure in aesthetically critical areas.
For the CAMLOG® implant system, various abutments are available for temporary dentures. Temporary abutments made of titanium alloy are available in occlusally screwed crown and bridge versions. Alternatively, adhesive temporary crown and bridge restorations can be made with temporary abutments made of PEEK (poly (ether-ether-ketone)) with Platform Switching (PS).