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The low number of RevoCone components makes the system easy to use!
Stock-keeping is reduced and the production of custom-fit, digitally produced dentures is simplified.
At the laboratory
The use of CAD/CAM processes (e.g. with DCS machines) means huge time savings.
Less work required thanks to subsequent adjustment work.
Simple production of a double crown system by young, computer-savvy technicians.
No storage of pre-assembled parts due to small number of components.
At the practice
Access to new patients thanks to lower overal costs.
Easy restoration options for patients with different implant arrrangements.
Simple, fast and cost-effective replacement of retention elements.
Significantly simplified treatment protocol.
Time-consuming fricion adjustments are no longer necessary.
For your patients
Significantly lower costs for top-quality implant -supported restoration.
Restorations can be offered if there is in health/life situation.
Lower production costs mean that average earners can also afford higher-quality implant-supported restorations.
The option of increasing the number of abutments in the event of tooth loss means that there is a secure hold for the prosthesis.
Better cleanable solution compared to the bar solution.
"My expectations for implant restoration wre already high - but they were exceeded. Now that's what i call quality of life!"
-Karin M. hanover
RevoCone Video
Success with RevoCone
The prefabricated and custom-fit cone for each implant system enables straightforward, digital production and offers patients a high level of comfort thanks to a removable bridge design. The system offers you the following advantages:
Telescopic restorations offer the best conditions for care and recall. The snap effect provides optimal feedback for the final fit of the restoration.
Guided surgery inaccuracies caused by the drilling protocol are compensated for the special cone design.
A high static value is given with vertical and horizontal force. The force peaks are offset by the flexibility of the plastic.
RevoCone supports the preservation of abutment teeth with a strategic increase in the number of abutments by improving statics and reducing incorrect loading.
Overview image is recorded for diagnostic purposes.
Three teeth are worth preserving and pre-prepared for conical crowns.
The DTV is used to determin the implant positions.
The drilling template for guided implantation is designed in CAD.
The drilling template is produced quickly and cost-effectively using the printing process.
The correct implant positions are set using the RevoCone base for the producing temporary restoration.
The implants are placed using the drilling template according to the protocol.
Once the suture is closed, the RevoCone housings are attached with the white RevoCone caps.
The digital impression is used to produce the provisional inlay.
The digitally planned framework is made from BioHPP.
The provisional inlay is supplied with the yellow RevoCone caps with 8 N for secure fixation.
The primary crowns are fixed with the RevoCone housing for the impression.
The provisional inlay is temporarily glued to the stumps until the implants heal.
Meanwhile, the primary crowns are made.
After the healing phase, primary crowns and RevoCone housings are blocked for the impression.
The soft gingival mask facilitates the completion of the prosthesis.
Increasing the number of abutments with statically optimal support forms the basis for the removable prosthesis.
The framework is glued to the RevoCone housing stress-free. Excess adhesive can be easily removed occlusally.
The prosthesis can be exchanged with different frictions of the RevoCone caps as required.
RevoCone Double Crown System
The prefabricated and custom-fit cone for each implant system enables straightforward, digital production and offers patients a high level of comfort thanks to a removable bridge design. The system offers you the following advantages:
Telescopic restorations offer the best conditions for care and recall. The snap effect provides optimal feedback for the final fit of the restoration.
Guided surgery inaccuracies caused by the drilling protocol are compensated for the special cone design.
A high static value is given with vertical and horizontal force. The force peaks are offset by the flexibility of the plastic.
RevoCone supports the preservation of abutment teeth with a strategic increase in the number of abutments by improving statics and reducing incorrect loading.
Due to the atrophy of the jaw, the teeth are no longer stable enough to provide abutments for a prosthesis.
The implants (SKY in this care) are statically correctly distributed for a removable prosthesis.
After the healing phase, the healing caps are removed and an impression is taken.
The RevoCone base is manufactured with a common insertion direction of max 25° inclination.
The RevoCone cones are provisionally fixed on the RevoCone bases with flow.sil.
The yellow RevoCone caps provide a secure hold for the prosthesis as well as easy removal of the prosthesis for cleaning.
Correct distribution of abutments enables dorsal prosthesis removal with optimal mucosal support.
RevoCone Restoration Plan
Plan using RevoCone fast and simple fitting.
1-4 The RevoCone bases are designed with a CAD program (e.g. Exocad). The Revocone Cones are positioned from the library. The tertiary framework is then constructed.
The RevoCone base is milled from the appropriate prefab for the implant system used and the tertiary construction is made of cobalt-chromium or titanium.
At the same time, the drilling template is planned with drilling sleeves and then produced using the 3D printing process. Care must be taken to ensure the exact position of the drill sleeves so that the RevoCone base can be inserted in the correct position.
1-4 The RevoCone bases are designed with a CAD program (e.g. Exocad). The Revocone Cones are positioned from the library. The tertiary framework is then constructed.
The RevoCone base is milled from the appropriate prefab for the implant system used and the tertiary construction is made of cobalt-chromium or titanium.
At the same time, the drilling template is planned with drilling sleeves and then produced using the 3D printing process. Care must be taken to ensure the exact position of the drill sleeves so that the RevoCone base can be inserted in the correct position.
The scan template is used to establish the bite relationship.
The drilling template is fixed in the correct position with three pins and the implant position is marked.
After removing the mucous membrane, the drilling template is repositioned over the pins.
The exact coverage of the two haxagons is important for the exact position of the RevoCone base.
The bone is smoothed to one level after implantation.
The RevoCone base is tightened to the appropriate torque and the screw channel is closed.
The temporary suture makes it easier to fix the rubber dam and secure the RevoCone cones.
The temporary suture makes it easier to fix the rubber dam and secure the RevoCone cones.
The temporary suture makes it easier to fix the rubber dam and secure the RevoCone cones.
The temporary suture makes it easier to fix the rubber dam and secure the RevoCone cones.
The temporary suture makes it easier to fix the rubber dam and secure the RevoCone cones.
The temporary suture makes it easier to fix the rubber dam and secure the RevoCone cones.
