Grip Implant Tissue Level

The DSI-Grip implant offers the positioning of implants at the basal/cortical bone. It can be used virtually with any bone density. It utilizes cortical or pterygoid bones, which have the least propensity to get resorption and exist even in patients who suffer from acute bone loss. It is an ideal implant for patients with bone structure problems, such as the elderly population. DSI Grip Implants have sharp, deep, and aggressive threads, and can be placed immediately in extraction sites without the waiting period of osseointegration or additional augmentation with bone replacement materials. Guarantees remarkable stability, together with a universal 2.42mm internal hex connection, and RBM surface treatment which increases the BIC. The smooth polished neck prevents bacterial adhesion while promoting a comfortable fit in soft tissues. Indications: Works using the non-conventional bone types anchoring. Ideal for patients with severe bone loss such as the elderly population Immediate placement in the extraction site, no need to wait for the osseointegration Can be used for completely edentulous cases Advantages: Outstanding bone-to-implant connection and long-lasting stability Prevention of the risk of atrophy No risk of inflammation or bacterial infection around the implant as it is hidden in the cortical bone Time-saving compared to any traditional implant which needs bone grafting or augmentation. Convenient, fast, and safe method Patients have less post-operative pain, swelling, or complications Much more accurate chewing force distribution Ideal solution for patients with severe bone loss, or bone structural integrity issues. Installed in the cortical bone which does not resorb over time. Tissue level implant - meaning no peri-implantitis over time. Made of titanium alloy grade 5 Ti-6Al-4V ELI RBM surface treatment for better osseointegration Connection 2.42mm Internal Hex, accepts the full range of the DSI Prosthetic component. RBM surface treatment: Resorbable blast media (RBM) treatment is a process that utilizes high-speed particle blasting biocompatible calcium phosphate materials. It differentiates from traditional grit-blasting abrasives in that the implant's surface is not exposed to alumina or silicon carbide materials. In the resorbable blast material method, the excessive use of acids for particle debris removal is no longer necessary as it does not penetrate deep into the titanium surface while still delivering homogenous micro and macro porosity for the optimal implant surface topography both at cellular and protein levels. This method provides a much cleaner textured finish absent of any contaminants typically associated with other grit-blasting elements.