SGS Dental Implant Systems Overview

SGS - P1 SLA+CaP coating Surface
Diameter 3.2 - 3.75 - 4.2 - 5 - 6 Height 6 - 8 - 10 - 11.5 - 13 - 16
SGS - P7 SLA+CaP coating Surface
Diameter 3.2 - 3.75 - 4.2 - 5 - 6 Height 7 - 8.5 - 10 - 11.5 - 13 - 15

SGS International Ltd. had been incorporated in Liechtenstein, Schaan with aim to offer the customers a comprehensive range of innovative, science-based dental solutions.
Thanks to qualitative Swiss technology SGS Dental Implant System provides excellent products on competitive prices with strong support.
SGS became one of market leaders in the dental implant industry, nowadays we present in the daily lives of thousands of professionals all around the world.

All SGS implants are made of biocompatible material – medical grade 5 titanium alloy with extraordinary coating. Each product meet the most stringent international quality standards, inspected with very precise triple quality control. SGS International Ltd. has obtained the CE by the European Notified Body CE 1979, European Directive 93/42/EEC – Annex II, Section 4 and are also certified with the quality standard EN ISO 9001:2008 and ISO 13485:2012 on devices dental-implant.
SGS International Ltd. is also registered by NQA quality management system. SGS Medical Devices have been cleared for marketing at the US market as well.

SBTC Surface

The SBTC coating is a bioactive calcium phosphate coating that supports the adhesion of osteoblast cells and simultaneously promotes their proliferation. The cells demonstrate good adhesion and a typical morphology for osteoblast . Under the scanning electron microscope the integration of the cells into the material is clearly visible.

The SBTC coating consists of two calcium phosphate phases with different solubilities. The more easily soluble outer calcium phosphate phase, brushite, occurs in natural bone as an intermediate stage during calcification of new bone tissue. When brushite dissolves, calcium and phosphate ions are released in a high concentration, and they are the cause of fast contact osteogenesis and the high mineralization rate. Brushite is therefore in a position to stimulate the body to its own bone synthesis in the short term, and to accelerate the osseointegration of the implants, particularly in the primary phase. The inner calcium phosphate phase, the fine crystalline hydroxyapatite, is resorbed more slowly and releases ions that promote the formation of new bone over a longer period. The SBTC coating is fully resorbed over a period of 6-12 weeks after implant placement and is simultaneously replaced by newly formed bone tissue, with the ultimate result that an optimum bond between bone and implant has been formed in place of the coating. This osteoinductive property combined with the controlled resorption is the primary advantage of the bioactive SBTC coating.

+ Advantages of the SBTC coating

- Faster and better healing
- Complex surface design with significant surface enlargement
- High hydrophilic reaction with blood
- Increased primary stability with reduced healing time
- Active support of bone attachment
- Higher application security
- Possible diversification of indications (early loading/immediately loading)
- Prevention of spontaneous oxidation of the titanium surface through CaP-coating
- Higher osteoconductivity of the surface
- Outstanding biocompatibility
- Thin coating
- Microcrystalline structure, large open surface
- High solubility and controlled resorption area
- Complete coverage of porous surfaces and complex implant geometries
- Microporosity with high capillary effect on body fluids

SGS Dental Implant:

- 3.75 Platform

- Conical Platform

- Narrow Conical Platform

- One-Piece Implants

                        
Author: Review department of Dandal.ir

First Release Date: 08/July/2017