LONG TERM PEACE OF MIND. The hex external prosthesis connection of the MG-Osseous® is the most proven solution in the market, this is supported by a large number of long term studies. Millions of implants fitted over 40 years prove that it is one of the more reliable and flexible options.
STABILITY AT INSERTION. The shape of the MG-Osseous® Implant, with its self tapping feature, follows well known successful biological and mechanical principles. Thanks to its trunk and cone profile and the V-shaped threads a perfect primary stability is achieved, with the correct transfer of occlusion loads to the surrounding bone. Moreover the self tapping design of the apex makes the insertion into the bone easier, thus avoiding possible complications during the surgery.
Predicatable osseointegration (Success rate: 98.2%*). RBM, or resorbable blast media, is a surface treatment designed to roughen the surface of an implant without leaving the residual embedded blast particles or debris in the treated substrate. To achieve the desired roughening, a biocompatible material with a suitable hardened particle size is used and then subsequently dissolved from the surface with a defined passivation treatment. The result is a rougher surface than the traditional acid etching treatments, providing a greater surface area for osseointegration. * Multicentric prospective study published on the Official Journal of The Spanish Oral and Maxillofacial Surgery Association, Vol. 35 Num. 5. September-October 2009.
DESIGN INNOVATION. The MG-Osseous implant with a 5 mm platform incorporates the exclusive “Sharp Thread” design. Being the wider implant of our range, the triple thread ensures a larger contact surface with the bone and makes the insertion easier avoiding surgical and osseointegration problems.
SECURITY against risks. The machined part of the surface, composed by one millimetre in the collar ring and another 1,5 millimetres in the threads, is the result of numerous biological and mechanical studies. This option allows a safe way to prevent risks arising from partial alveolar bone reabsorption or possible bacteriological perimplantitis. This part not treated provides the clinical professional a better response capacity when facing these aggressive agents.
Results of confidence. The proven design and connection of the MG-Osseous® implant is the most widely used in Implantology around the world. Thousands of professionals worldwide trust in it to provide the solution that best fits millions of patients. So many successful treatments, for so many years support this design and make it one the best in the market.
Reliability of the treatments. The MG-Osseous® Implant complies with the requirements for successful immediate loading. The trunk and cone profile design and the self tapping apex end ensure correct primary stability at insertion while the scientifically tested RBM surface and its proven topography makea fast biological response easier to achieve to facilitate correct osseointegration. The MG-Osseous® Implant provides the clinical professional with the required confidence to provide an immediate loading solution when appropriate.
Osseous Quattro Implant shares all Osseous properties and also features:
An excessive tension can cause an irreversible damage in the bone tissue, necrosis and the lost of dental implant fixation to the bone.
The geometry of the implant Quattro distributes better the stresses on the bone allowing to work with lower compression ratios particularly in the coronal area, working with compression rates of 15 versus 34-45 used by the competitors, reducing in this way bone resorption risk.
Through a good insertion torque we can achieve a good primary stability. That is the reason the studied geometry of Quattro implant has been designed to achieve a high insertion torque. There were no significant differences between analyzed models (AB, NB y TC).
The final positioning of the implant will improve its own survival possibilities and will facilitate the prosthesis placement, especially in multiple restorations. Therefore an insertion pair that increases progressively allows to control much better the insertion direction and depth.
With Implant Quattro, the insertion pair increases much more progressively than in the analyzed implants.
The tension distribution during insertion is more homogeneus than in other analyzed implants. In the analyzed implants the stress is found in the coronal area.
Implant Quattro is specially indicated for trajectory changes and optimal position adjustment particularly in soft bones.
The progressively increasing of the insertion pair will also facilitate this task.
The drilling sequence is defined to achieve the implant enters with optimal guide from the very first moment. The alveolus made allows the entrance of the implant apex reducing the risk of off-centers (apex 3.2 in alveolus 3.3). On the contrary alveolus made by other analyzed manufactures are between a 5% (apex 2.95 in alveolus 2.8) and a 25% (apex 3 in socket 2.4) lower than the apex of the implant, making the implant work long before to be placed inside the bone.