The Dynamics of DSI Titanium Mesh in Oral Regeneration

In the intricate landscape of oral implantology, the presence of sufficient bone volume emerges as the sole predictable pathway to achieving enduring functional and aesthetic success. This foundational requirement gains newfound support and innovation through the improved mechanical properties and enhanced biocompatibility of DSI Titanium Mesh Membranes, significantly expanding the horizons of guided bone regeneration (GBR) techniques for both vertical and horizontal bone augmentation.

DSI Mesh Membranes, made of titanium alloy, integrate seamlessly with the human body, heralding a phase of recovery free of negative reactions. Titanium's unique property not only allows for this seamless integration, but it also plays an important role in lowering the risk of complications, resulting in a simpler and more efficient recovery process.

The high rigidity inherent in DSI Titanium Mesh plays a strategic role in maintaining spatial integrity. This translates into the provision of ample space with a high degree of predictability, thereby bolstering the stability of the graft material and mitigating the risk of displacement.

Further enhancing the efficacy of these membranes is the micro-perforated structure, a precision-engineered feature that ensures an optimal blood supply, fostering the stimulation of bone growth.

In the pursuit of promoting and enhancing bone regeneration, the utilization of DSI Titanium Mesh Membranes stands out as a safe and dependable method. The membranes, characterized by their unrivaled strength, durability, flexibility, and biocompatibility, become instrumental tools in the endeavor to sculpt a reliable foundation for long-term success in oral implantology.


  • Guided bone regeneration (GBR)
  • Guided tissue regeneration (GTR)
  • Used to protect periodontal grafting sites from cell migration
  • Ridge Augmentation
  • Dental implant therapy and installation
  • Bony defects correction


  • A must-have tool for any GBR/GTR procedure.
  • Excellent mechanical properties
  • Excellent adaptability
  • Made from the highest-quality titanium alloy.
  • Can be easily shaped and customized to meet each individual case's needs
  • Decreases overall healing time.
  • The patient is completely safe.

A Step-by-Step Video Guide

More information


  • Link to IFU
  • Link to Brochure


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