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Synthetic bone substitute GD-SG5X10
for dental sugeryrigid

Synthetic bone substitute - GD-SG5X10 - Global Dental Transfer - for dental sugery / rigid
Synthetic bone substitute - GD-SG5X10 - Global Dental Transfer - for dental sugery / rigid
Synthetic bone substitute - GD-SG5X10 - Global Dental Transfer - for dental sugery / rigid - image - 2
Synthetic bone substitute - GD-SG5X10 - Global Dental Transfer - for dental sugery / rigid - image - 3
Synthetic bone substitute - GD-SG5X10 - Global Dental Transfer - for dental sugery / rigid - image - 4
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Characteristics

Type of graft
synthetic
Use
for dental sugery
Shape
rigid

Description

•Radiopaque •100% Synthetic & Safe. •Completely Resorbable. •Unsurpassed Handling. •Osteoconductive and Osteostimulative Product Description: Type: 5x5x10mm 2 Blocks 0.5cc / 5x5x5mm 4 Blocks 0.5cc Made For GDT Implants. Glass Vial 5x5x10mm 2 Blocks 0.5cc / 5x5x5mm 4 Blocks 0.5cc Of Bone Graft Material In Sterile Blister Packaging Synthetic-Tricalcium Phosphate Bone Graft Sterile Material GDT Bone Graft is used as a filler and scaffold to facilitate bone formation and promote wound healing. This graft is bioresorbable and has no antigen-antibody reaction. This bone graft acts as a mineral reservoir which induces new bone formation. GDT Synthetic artificial bone is chemically created from 60% ß-tricalcium phosphate and 40% hydroxyapatite (e.g. bioglass and calcium sulfate). Both are biologically active, hypoallergenic and has no counter-indications. It's made as a part of a controlled manufacturing process, thus their physical properties (i.e., composition, morphology, and resorbability) are exceptionally reproducible. This synthetic bone graft material is composed of biocompatible calcium phosphate materials that are similar to that of bone and are capable of bonding chemically to bone and dentin. This synthetic material is designed to fill the space of the missing bone and encourage the growth of new bone tissue. It can be used in any surgical or dentine procedure. Certain combinations of chemical compounds can optimize the microstructure of the synthetic, allowing the resulting granules to mimic the interconnected porosity of human cancellous bone. When synthetics are constructed in this manner, they can offer excellent osteoconductive properties.

Catalogs

Full Catalog
Full Catalog
104 Pages

Exhibitions

Meet this supplier at the following exhibition(s):

IDS 2025
IDS 2025

25-29 Mar 2025 Cologne (Germany) Hall 10.1 - Stand E074

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    *Prices are pre-tax. They exclude delivery charges and customs duties and do not include additional charges for installation or activation options. Prices are indicative only and may vary by country, with changes to the cost of raw materials and exchange rates.