The Garrison Dental Strata-G Matrix System is a sectional matrix system that is designed to provide reliable, tight contacts and easier, more predictable contours in posterior restorations.
The system consists of three main components:
• Strata-G Matrix Rings: These rings are made of a nickel titanium alloy that is both strong and easy to open. They are also reinforced with PEEK, which makes them even more durable.
• Strata-G Wedges: These wedges are made of a soft, silicone material that is designed to conform to the shape of the interproximal space. They also have a smooth tunnel design that makes them easy to stack, which is helpful in cases of gingival recession.
• Strata-G Matrix Bands: These bands are made of a thin, dead-soft metal that is designed to provide excellent flash control. They are also color-coded to make it easy to select the correct size.
The Strata-G Matrix System is easy to use and provides excellent results. The rings are easy to open and close, and the wedges conform to the shape of the interproximal space without distorting the gingiva. The matrix bands are thin and dead-soft, which provides excellent flash control.
In addition to its ease of use and effectiveness, the Strata-G Matrix System also offers a number of other advantages, including:
• Longer lasting: The nickel titanium alloy rings are more durable than traditional stainless steel rings, which means that they can last longer.
• More versatile: The PEEK reinforcement on the back of the rings makes them more versatile than other systems. This is because the reinforcement allows the rings to retain a higher percentage of their initial strength for much longer.
• Better flash control: The Strata-G Matrix Bands are thinner and dead-soft than other bands, which provides better flash control.
Overall, the Garrison Dental Strata-G Matrix System is a high-quality sectional matrix system that is easy to use and provides excellent results. It is a good choice for dentists who are looking for a system that will provide reliable, tight contacts and easier, more predictable contours in posterior restorations.
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