DSI Premium Spiral Implant RBM Line - Internal Hex

DSI RBM Spiral Implants maintain a perfect balance between high primary stability and sensitivity to the bone. These implants enable easy insertion into the socket allowing immediate loading and sustaining exceptional initial stability. The thread design is self-tapping and allows it to be used in all bone conditions.

The unique geometric shape includes dual threads, two spiral channels stemming from the apex, micro rings on the neck, and a changing thread thickness along with the implant. The result is that the bone is collected and compressed during the implantation achieving the perfect balance between stability, ease of insertion, and bone preservation.


Indications:

• Immediate loading.
• Traditional 2-stage protocols.
• Both single and multi-implant restorations
• Can be used for all bone types

Advantages:

• 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.
• Platform switching.
  
• Simple, easy, and fast prosthetic fit and restoration process.
  
• Large surface area and long-term BIC.
  
• Improved stress distribution and reduced pressure on the bone
  
• Smooth and gentle bone penetration with high primary stability
  
• Ideally suited for both immediate loading and traditional 2-stage protocols.
  

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.