DSI Mesh Plate Titanium Membrane provides the most efficient solution for GBR procedures and reconstruction operations. This biocompatible titanium membrane is an elastic non-absorbable metal barrier. The installation of the mesh membranes is a straightforward process that can be adjusted to the particular defect location. These membranes can be shaped, cut, and adapted with ease for any individual need.
The micro-perforated structure allows decent blood supply into the site and accelerates the healing process. Additionally, those pores are stopping the unwanted migration of bone graft particles.
DSI Mesh Plate Titanium Membrane is incredibly flexible and ensures that the entire area remains stable and protected. They are completely safe for the patient and they can be adjusted for each bone regeneration case. The use of mesh titanium plates is highly recommended especially in cases of severe bone defects that limit or make implant placement impossible. The membranes are very thin only 0.1mm in thickness and have pores of 0.6mm.
Indication:
- Guided bone regeneration (GBR)
- Used to protect periodontal grafting sites from cell migration
- Ridge Augmentation
- Bony defects correction
- Severe bone defects that limit or make implant placement impossible
Features:
- Elastic non-absorbable metal barrier
- Strong and durable
- Made of high-quality titanium
- The thickness of the membrane is only 0.1 mm
- Pores are only 0.6 mm in diameter
- Biocompatible
Benefits:
- Provides the most efficient solution for GBR procedures and reconstruction operations
- Ensures that the entire area remains stable and protected
- Completely safe for the patient
- Can be adjusted for each bone regeneration case
- The membrane can be shaped as you like
- Prevents displacement or migration of the bone particles
- Reduces the overall healing time
Technical Information:
- Material: Titanium alloy Ti-6Al-4V grade 23 ELI
- Thickness: 0.1mm
- Pore diameter: 0.6mm
- Size: 15x22mm / 22x36mm / 44x44mm (for selection)
Package includes 1 titanium mesh membrane