MegaGen Implants feature a unique macro and micro geometry that is designed to achieve both robust primary stability and rapid secondary stability. This innovative design provides a safe zone for immediate loading protocols, providing reliable results quickly.
Rethinking Bone Graft:
Adapting to Nature Rather Than Fighting It
Alveolar bone resorption is an inevitable biological process, particularly within the first 6 months after extraction. In more than 80% of cases (Class I resorption), labial bone loss occurs, leaving only the palatal plate, which complicates implant placement. Even with bone grafting, resorption continues, leading to peri-implant bone loss and instability.
For years, implant dentistry has focused on preserving alveolar bone through methods such as immediate implant placement, GBR, and ridge augmentation. However, none of these approaches can fully prevent bone resorption. Even successful ridge augmentation often results in continuous bone loss after 10 years, leading to complications.
Redefining Concept 2
Wouldnāt focusing on implants designed to align with physiological processes, rather than opposing nature, lead to higher predictability and long-term success?
Itās better to utilize āExisting boneā rather than āRegenerating lost alveolar boneā for implant!
With this in mind, MegaGen has developed and adopted the use of basal bone, a stable human skeletal tissue that maintains its integrity over time, along with adaptive implant designs.
